Zemax.OpticStudio.V16.5.SP5.download.tutorials

Zemax.OpticStudio.V16.5.SP5.download.tutorials

OpticStudio 16.5 Service Pack 5 contains the following fixes and enhancements. Sequential surfaces and ray tracing •
 Mechanical Semi-Diameters – The calculation of mechanical semi-diameters on surfaces in some systems that contain coordinate breaks has been corrected. • Ray Aiming – The ray aiming algorithm has been improved for modeling systems in which the stop surface is significantly off-axis.
• Q-Type Asphere – The algorithm for ray tracing a Q-Type Asphere has been improved for surfaces that have a steep curvature. •
 Add Fold Mirror – An issue has been resolved with the Add Fold Mirror tool for systems that contain a Q-Type Asphere and multiple configurations.
 • Mirror Substrate – An issue has been resolved regarding how OpticStudio models the back side of a mirror that has a mechanical semi-diameter that is larger than its clear semi-diameter Sequential analyses and calculations
 • Through Focus FFT MTF – Improvements have been made to the performance of the Through Focus FFT MTF calculation; the calculation time has been reduced by up to a factor of two in some cases.
• Convert File Format – An option to enable or disable fitting of input data to a Gaussian beam has been added to the Convert File Format tool, which converts Optiwave F3D files to OpticStudio ZBF files. Fitting the data to a Gaussian beam is enabled by default.

• Beam File Viewer – An option has been added to the Beam File Viewer so users can change the projection that is used to display ZBF data. This option mimics the option in the Physical Optics Propagation (POP) analysis.
 • Beam File Viewer - The rendering speed has been improved for the Beam File Viewer in sequential mode. Non-sequential objects and ray tracing
 • Faceted Surface objects – An issue has been resolved with the Faceted Surface object in non-sequential mode; the X Half Width is now correctly limited when the shape of the surface is toroidal.
• Source Diode – Improvements have been made to the Source Diode object in non-sequential mode; a larger range of angles can now be used for the source distribution in a Gaussian model • Boolean objects – The algorithm that is used to create a Boolean object in non-sequential mode has been improved when one of the parent objects is a Biconic Zernike lens.
• Object Editor - Improvements have been made to the user interface for the NSC Object Editor to improve readability of text in the Explorer tree. Programming • ZOS-API – The IAS_PathAnalysis interface is now exposed for COM connections (such as COM connections from C++ or

2017.08_Latest_software download_tutorials_torrent_manual

[ANSYS] ansys SpaceClaim 2017.2 DesignSpark Mechanical 2017.2
[Siemens] Siemens_LMS_Test_Lab_17A
[Math Statistics] SAS JMP 13
[Roads_Bridges] Sierrasoft geomatic 2017
[petroleum] Schlumberger_Techlog_2015.3
[Structural Analysis] OASYS.Suite.14.1
[Cadence] Cadence INCISIVE 15.2 for linux
[Cadence] Cadence GENUS 15.2 for linux
[Cadence] Cadence CONFRML 15.2 for linux
[Autodesk] Autodesk PowerInspect 2018.1 Update
[BENTLEY] Bentley Substation V8i_08.11.13.140
[Other CAD/CAM] GibbsCAM 2016 v11.3.37.0
[Design_Tools] AutoTURN for Autodesk Revit 2013-2018
[BENTLEY] LEAP Bridge Steel CONNECT Edition v17.000215
[Structural Analysis] CSI.SAP2000.v19.2.0.1354.Win64
[petroleum] IHS Kingdom Suite Advanced 2017
[Other CFD] Dassault Systemes SIMULIA Simpack 2018
[Siemens] Siemens.Tecnomatix.Plant.Simulation.13.2.1
[Autodesk] Autodesk ArtCAM 2018.1 Update
[MENTOR] Mentor Graphics Xpedition Enterprise VX.2.1
[petroleum] tesseral pro 5.02a
[Geographic Information] Schlumberger ECLIPSE 2017.1
[ANSYS] ANSYS Electronics 18.2 Suite
[SolidWorks] SolidWorks 2017 SP4.1 Full Premium Multilanguage
[Other CAD/CAM] ANSYS Products 18.2 Win64
[Other CAD/CAM] Mastercam 2018 Update1 v20.0.17184.0
[Virtual Reality] Ventuz Technology Ventuz 5.3.3.442 R18528
[Development ] Csimsoft Bolt 2.0.0
[Structural Analysis] ARCHLine.XP 2017 v170629
[Geographic Information] Aquaveo Groundwater Modeling System Premium v10.3.2
[Optics] Optiwave OptiBPM 12
[Optics] vpi transmission maker 9.5
[Optics] AGi32 v18.0
[Biomedicine] Materialise Magics 22.0.0.227
[Cadence] Cadence Allegro and OrCAD 17.20.024 Update
[Siemens] Siemens.Tecnomatix.CAD.Translators.5.1.2
[Structural Analysis] Tekla Structures v2017 SP3
[BENTLEY] MAXSURF CONNECT Edition v21.10.00.39
[BENTLEY] Bentley.STAAD.Pro.Connect.Edition.v21.00.00.57
[BENTLEY] Bentley SACS CONNECT Edition v11.00.00.01
[BENTLEY] Bentley MOSES CONNECT Edition v10.10.00.40
[Other EDA] Altium Designer 17.1.6
[Other CAD/CAM] Megatech MegaCAD Metall 3D 2017
[Other CAD/CAM] CadLine Kft ARCHLine XP 2017
[Other CFD] csimsoft Trelis Pro v16.3.4
[Design_Tools] Analdeta.Tessera.Pro.v3.2.2
[BENTLEY] Bentley RAM Elements CONNECT Edition v14.00.00.240
[BENTLEY] Bentley RAM Connection CONNECT Edition v11.01.01.240
[ANSYS] ANSYS optiSLang 6.1.0.43247
[Autodesk] Autodesk PowerMill 2018.0.4 Update
[Optics] LUCIDSHAPE 2.2
[Other CAD/CAM] OPEN MIND HYPERMILL 2017.2
[NI] NI Multisim Component Evaluator 14.0.1
[Other CFD] ETA.Inventium.PreSys.2017.R1.Win64
[Other EDA] Schneider Electric SimSci Dynsim v5.3.2
[Other CFD] artemis modal pro V5.12
[Other EDA] EPLAN Electric P8 v2.7.3.11418
[Siemens] Siemens Solid Edge ST10
[PTC] PTC.Creo.3.0.M140
[petroleum] Schlumberger.PIPESIM.2017.1.932
[Other CAD/CAM] ProgeSOFT progeCAD 2018 Pro v18.0.2.34
[ANSYS] ANSYS 18.1.1 Win64 Update Only
[Other CAD/CAM] solidThinking Clic2Form 2017.3.0
[Other CAD/CAM] sheetworks V19.1 for solidworks
[Other CAD/CAM] Amada ap100 v6.0
[Other CAD/CAM] Metalix cncKad v16.4.325
[MENTOR] Mentor Graphics Xpedition Enterprise VX.2.2
[Other CAD/CAM] CIMCO Edit 8.01.19
[SolidWorks] SolidWorks 2017 SP4 Full Premium
[Other EDA] Optenni Lab v3.3
[Other EDA] Remcom XGTD v2.5
[Other EDA] Remcom Wireless InSite 2.6
[Other EDA] TICRA CHAMP 3.1.1
[Geological Prospecting ] Leica Cyclone 9.1.6
[Other EDA] Mician uwave Wizard 8.0
[Siemens] Siemens.NX.11.0.Easy.Fill.Advanced.v5_20170720
[petroleum] Schlumberger.OLGA.2016.2.1
[petroleum] IHS QUE$TOR 2016 Q3
[Geographic Information] Midland Valley Move v2017.2
[Development ] Topcon.Magnet.Office.Tools.v3.1
[Structural Analysis] Dlubal.PLATE-BUCKLING.v8.09.01.130638
[Structural Analysis] Dlubal SHAPE-MASSIVE 6.60.01
[Other CAD/CAM] InventorCAM 2017
[BENTLEY] Bentley RM Bridge Advanced CONNECT Edition v10.03.01.01
[Development ] Topcon.Magnet.Field.PC.v4.3
[MSC] MSC.ADAMS.v2017.2
[MSC] MSC scFLOw v13
[MSC] MSC.Cradle.scSTREAM 13.0
[MSC] MSC Apex Grizzly 2017
[SolidWorks] FTI BlankWorks 2016.0
[Other CAD/CAM] AutoForm Plus R7.0.3 Update
[Autodesk] InventorCAM 2016 SP3 HF2 Multilang for Autodesk Inventor
[Other CAD/CAM] IMSPost 8.2e Suite Win64
Contact:crackcad@gmail.com

PSS E_v34_tutorials_download_Siemens

PSS®E is a trusted leader in the power industry for electric transmission system analysis and planning. Used by transmission planners, operations planners, consultants, and others in over 115 countries worldwide, PSS®E is powerful, customizable, and fully-featured. With the addition of integrated node-breaker support in version 34, PSS®E continues to lead the market in advances in electric transmission modeling and simulation software.

In addition to the base PSS®E software package, there is a rich ecosystem of optional add-on modules that provide extended capabilities to PSS®E users.  See the “Add-On Modules” Tab for more information.  ***Siemens PTI has recently invested heavily in the development of many new add-on modules, and we have even more coming out soon, so be sure to check the “Add-On Modules” Tab regularly!***

The PSS®E base package includes:

• Fast and robust power flow solution for network models up to 200,000 buses
• Lightning-fast steady-state contingency analysis, including automatic corrective actions and remedial action scheme modeling
• Full node-breaker support for detailed modeling of substation topology
• Automated PV/QV analysis with plot generation
• Powerful program automation and customization with full-featured Python® API
• Balanced and unbalanced fault analysis, contingency analysis (deterministic and probabilistic)
• Modern graphical user interface
• Comprehensive power flow and dynamics model library including emerging technologies such as advanced FACTS devices and wind turbines
• Code-based, user-written model building
• Powerful, easy-to-use integrated plot facility
• Graphical construction of user-defined controller models

Now available in PSS®E 34.2:

• Automatic importing of background images in diagrams from mapping service providers
• Node-breaker modeling now fully supported in short circuit and OPF calculations
• Calculation of thermal impacts and DC resistance conversion factors in GIC calculations
• Better initialization for dynamic simulations with improved messaging
• Revised composite load model
• New governor models support specification of asymmetrical dead-band in speed signal
• GE vendor specific wind models are supplied as part of the standard installation

Zemax.OpticStudio.V16.SP2.download.tutorials

Zemax.OpticStudio.V16.SP2
OpticStudio is the essential software platform for optical engineers, combining an intuitive user interface with complex physics and interactive visuals to drive faster innovation while reducing development costs. Enabling optical engineers, researchers and scientists to design for manufacturability is the core of our mission.
Zemax puts quick, accurate design tools into the hands of optical engineers with OpticStudio™. Each tool set is aligned with key steps in the engineering design process forming the primary functions of the software. The Analysis, Optimization and Tolerancing tool sets contain an impressive array of physics-based algorithims to analyze, simulate, and optimize optical systems all within tolerance specifications.

    Analysis Tools - bring ideas to life with a single, seamless software platform that includes the industry’s most comprehensive set of analysis and simulation tools to create/improve optical, illumination, and laser systems.
    Optimization Tools - automatically improve the performance of optical/illumination designs based on user defined constraints, saving
    Tolerancing Tools - advanced tools and features that help design engineers incorporate manufacturing and assembly limits into design constraints to ensure manufacturability and production efficiency.
To enhance the usability OpticStudio includes a comprehensive set of support modules within the software, including stock lens and materials catalogs, user help files, links to knowledgebase articles, and more. To ensure maximum productivity OpticStudio includes each of these modules at no additional cost.
With OpticStudio, anything is possible
OpticStudio is the industry-leading optical design software that combines complex physics and interactive visuals so you can analyze,
simulate, and optimize optical systems all within tolerance specifications. Save time and money by creating a variety of optical,
illumination, and laser systems with one software program. Design for manufacturability while you speed time to market and reduce
development costs.

time by eliminating manual tests of design iterations.

2017.07_Latest_software download_tutorials_torrent_manual

[Structural Analysis] Dlubal.RX-TIMBER.v2.09.01
[Structural Analysis] PLS-CADD v14.2
[SolidWorks] SolidCAM 2017 SP1 HF1 for SW2012-2018
[Other CAD/CAM] solidThinking Activate 2017.2.410
[Other CFD] ETA Dynaform 5.9.3 Win64
[Other CAD/CAM] solidThinking Compose 2017.2.3609
[Chemical] Intergraph CADWorx (Plant, P&ID, Equipment, IP, SpecEditor)
[Other CAD/CAM] Geomagic Freeform Plus 2017.0.93
[Cadence] CADENCE INCISIVE v15.10.010
[Other CAD/CAM] GibbsCAM 2016 v11.3.35.0
[Other CFD] HEEDS MDO 2017.04.2
[Other CFD] Flow Science FLOW-3D 11.2 Update
[Structural Analysis] SDS/2 Design Data V2016
[Roads_Bridges] Topcon.DynaRoad.v5.5.4
[Geographic Information] Trimble RealWorks v10.2.2.4
[SolidWorks] GeometryWorks 3D Features v17.0.5 for SolidWorks 2017
[Virtual Reality] Geomagic Sculpt 2017.0.93
[MENTOR] Mentor Graphics FloTHERM XT 3.1
[Autodesk] Autodesk HSMWorks 2018.1
[MENTOR] Mentor Graphics FloEFD 14.2 Standalone
[MENTOR] Mentor Graphics FloTHERM Suite 12.0
[Autodesk] Autodesk Moldlfow Insight 2018.1
[Autodesk] Autodesk Moldlfow Synergy 2018.1
[Ship Design] orcaflex 9.6a
[Other CFD] InnovMetric PolyWorks 2017 IR3
[Other CFD] CPFD.Barracuda.Virtual.Reactor.17.2.0
[PTC] PTC Mathcad Prime 4.0 M010
[Other CFD] ADINA System 9.3.2
[Cadence] Cadence SPB OrCAD 16.60.095 Hotfix
[Other EDA] Altium Designer 17.1.6
[Ship Design] NAPA 2016
[Optics] Optiwave OptiSystem 14.0
[Geographic Information] Golden Software Grapher v12.7.855
[petroleum] INTRODUCING GOHFER 3D 9.0.0
[petroleum] IHS Kingdom SMT 2016.1
[Siemens] Siemens Tecnomatix Machine Configurator 1.0.0.1027
[SolidWorks] SolidCAM 2017 SP1 for SW2012-2018
[petroleum] IHS EViews 10.0
[NI] Ni VeriStand 2017
[Biomedicine] Mimics Innovation Suite 20.0
[Other CFD] ThermoAnalytics TAITherm 12.1.1
[Other CAD/CAM] DICAD Strakon Premium 2017
[Other CAD/CAM] MecSoft.VisualCADCAM.2017.v6.0.419
[Optics] Zemax OpticStudio V16 SP2
[MSC] MSC.PATRAN.V2017
[Xilinx] Xilinx.Vivado.Design.Suite.2017.2
[MSC] MSC.SIMUFACT.FORMING.V14.0.1
[SolidWorks] Camnetics.Suite.2018
[PTC] PTC.Creo.4.0.M020.Win64
[PTC] PTC Creo Illustrate 4.1 F000
[PTC] PTC Arbortext IsoDraw 7.3 M080
[Development ] Mestrelab MestReNova v11.0.4.18998
[Autodesk] Autodesk PowerMill 2018.0.3
[Other CAD/CAM] FTI.Forming.Suite.2017.2.0.15080
[Other CFD] BETA.CAE.Systems.v17.1.1
[Other CAD/CAM] CIMCOEdit 8.01.15
[Other CFD] Altair.FluxMotor.2017.0.0.0519
[Other CFD] Altair.Flux.12.3.1
[BENTLEY] Bentley LEAP Bridge Concrete CONNECT Edition v17.00.00.07
[BENTLEY] Bentley LEAP Bridge Steel CONNECT Edition v17.00.00.04

Contact:crackcad@gmail.com

MVtes_Halcon_v13.0.1_tutorials_training

Halcon_v13.0.1_tutorials_training

HALCON 13 - fast, comprehensive and robust machine vision software
• Offers revolutionary, high-quality 3D reconstruction • From basic to high-tech applications • 2000-operator library
• Integrated Development Environment HDevelop • Supports common standards and operating systems • Flexible architecture facilitates rapid application development
• Optimised to profit from the possibilities of the hardware • Complete hardware independence • Offers largest variety of robust matching techiniques
• Supports a multitude of different image acquisition devices • Information from multiple cameras used at once, with high quality • Comprehensive support of multi-core platforms
• Ships with ready-to-use interfaces to hundreds of cameras • More robust in flat-surface applications eg. picking boxes • Run HALCON on your special platform with HALCON Embedded

HALCON 13 masters complex 3D- inspection tasks
This powerful machine vision software masters all demanding areas of imaging such as postion recognition and object identification, code reading and print-quality inspection - all complex, 3D machine vision tasks.

HALCON not only provides interfaces to a large number of cameras and frame grabbers but also supports the most common standards, operating systems and programming languages and serves all industries with a powerful library which includes a comprehensive variety of operators. Its highly-interactive development programme, HDevelop, enables the building of image-processing solutions fast and efficiently, resulting in cost-savings and a quicker time to market.

HALCON guarantees hardware independence by providing interfaces to hundreds of industrial cameras and frame grabbers and also for standards like GenICam, GigE Vision, USB3 Vision, and IIDC 1394.

HALCON's sample-based identification is capable of differentiating a large number of items and can recognize trained objects solely based on characteristic features like colour or texture. Consequently, there is no need to use special imprints like bar codes or data codes for object identification purposes; the user merely needing to train the software to identify objects from several different directions.

HALCON revolutionary technolgies offer a variety of 3D vision methods, and, in particular, the 3D surface comparison between expected and measured shape of a 3D object surface is an outstanding technology of the software. The object's surface can be reconstructed by any 3D technology available in HALCON such as multi-view stereo, sheet of light, or by ready-to-run 3D hardware scanners (also directly supported by Halcon). Additionally, improved photometric stereo is offered for special use in surface inspection.

Provided are many methods for 3D object processing, such as registration and triangulation of point clouds, calculation of features like shape and volume, segmentation of point clouds by cutting planes, and many more, all supported by GPU processing. HALCON automatically splits the data into multiple threads running on all available processing cores and then merges the output into one result with no input required from the user. Likewise, depth from focus, Fast Fourier Transformation, and HALCON’s local deformable matching are significantly accelerated.
Highlights of HALCON 13    

EMTPWorks_v3.4_tutorials_training

EMTPWorks_v3.4_tutorials_training

Simulation of power systems transients has never been so easy!EMTP-RV is a full-featured and technically advanced simulation and analysis software for power system transients.
The package is a sophisticated computer program for the simulation of electromagnetic, electromechanical and control systems transients in multiphase electric power systems. EMTP-RV includes:
    An advanced, yet easy-to-use graphical user interface that maximizes the capabilities of the underlying EMTP-RV engine. EMTPWorks provides many customization and scripting options and one can easily adapt it to match its unique needs.

    A powerful and super-fast computational engine that provides significantly improved solution methods for nonlinear models, control systems, and user-defined models. Time-domain simulations are initialized from unbalanced multi-phase load-flow.    An advanced visualization and advanced mathematical post-processing tool. ScopeView is a data acquisition and signal processing software very well adapted for the visualization and the analysis of EMTP-RV simulation results.    A well-documented and comprehensive library of components and function blocks that allow the user to easily realize complete and complex power system studies.

Breault_Asap_2017_tutorials_training

Breault_Asap_2017_tutorials_training
Optics Manager

A brand new easy-to-use interface presenting users with a familiar CAD-like tree structure. Using simple menus, context sensitive dialogs and the included ASAP Catalogs, users can create a variety of optical surface and geometric entities, import CAD geometry, add optical properties, add a light source, and setup ray tracing and analysis options. Components are shown as nodes in the tree, and the new persistent 3D viewer automatically updates to reflect changes in the system prescription. The as-defined system can be run with a single mouse click and saved for later use. And the new Optics Manager in ASAP NextGen functions without a single line of script!
Automatic Script Creation

Speaking of script…ASAP NextGen offers another industry first for optical design software. Once systems are constructed in the Optics Manager, ASAP NextGen will automatically create a working script from the complete system prescription. Users needing access to ASAP’s powerful scripting language can immediately modify and run these scripts to add multi-variable analysis or optimization using the new Optimization Manager to their design tasks.
Parallel + Remote Distributed Processing

Introducing another new paradigm for ray tracing speed and efficiency, ASAP NextGen with CoreMax technology will automatically run parallel processes on all cores on a local PC as well as all cores on up to (5) Remote licenses of ASAP installed on the LAN. In addition, users can control the number of cores accessed on each machine. This combination of parallel and remote distributed processing is another industry first and will make ASAP NextGen the fastest ray tracer with the highest level of computing power of any commercial optical design software.
Workflow Manager

Provides quick and easy access to command menus for those users less comfortable with but who still need scripting in ASAP NextGen. Commands can be found in the Search box or in the Workflow Manager tree which has been organized around the standard 4-step simulation process in ASAP…geometry, sources, ray tracing and analysis. Menus are clearly labeled to show the exact information needed to construct the command and ASAP Help is built in to the Workflow Manager dialog. Completed commands are then automatically inserted at the cursor location of the active script.
Alternate Scripting Languages

Newly added support for C# and Iron Python as alternate scripting languages with built-in code parsing and debugging. Enhanced support for Visual Basic. Provides extensible code base for these languages.
Major Improvements to Existing Features

Script Editor

New extensible Script Editor with an improved user interface and more control over script syntax, appearance, and keyboard shortcuts. Provides one-click access to new Optimization and Macro Managers and $SCR Editor.
Optimization

New optimization interface integrated directly into the Script Editor. Automatically parses INR script to find defined variables for use as Design Variables, Constraints, or Merit Functions. Optimization conditions and visual output at run-time are visible within the INR script window.
Macro Manager

New feature that automatically parses ASAP Scripts to find macro code which is presented as a list. One-click access to the list allows direct editing of each macro and changes are automatically updated to the Script Editor.
$SCR Editor

New $SCR Editor acts as a simple two-way forms editor with one-click access to text, integer, and floating point input. Editor automatically generates corresponding ASAP script and updates to script are automatically seen in the $SCR form.

Additional Features Updated

    New extensible, .NET compliant GUI with many new interface enhancements
    New System Settings menu
    New Preferences Menu
    New Functions, User Data, and Variables Catalogs
    Completely re-designed Media, Coatings, and Scatter Models Catalogs
    New Lens Creator
    New BSDF Fit Utility dialog
    Updated Plot viewer
    Updated Chart viewer
    Improved Zemax translator
    Improved CodeV translator
    New photometric calculation tools including visual appearance
    Completely re-written Help which is now fully integrated into the ASAP NextGen interface
    Undockable tabs and windows can be placed anywhere on screen

Optiwave_OptiSystem_14.0_tutorials_training

Optiwave OptiSystem 14.0

OptiSystem 14 includes several enhancements including a new C++ co-simulation component, updates to our multimode component portfolio (to better support the analysis of spatial mode multiplexed systems), the addition of star and circular QAM constellations for coherent transmission systems, and improvements to our transmitter and receiver component portfolios.
Key New Features
Introduction of a new Cpp component and Cpp CoSimulation Visualizer to allow users to import or build their own customized C++ algorithms/components and directly co-simulate their customized models (using dynamic link libraries) with any other OptiSystem component.
Universal DSP, Decision, QAM Sequence Generator and QAM Sequence Decoder components have been updated to support a broader range of modulation formats, including star and circular QAM constellation formats as well as 32-QAM, 128-QAM, and 256-QAM constellations.
Enhancements have been made to the Multimode components library including the introduction of a new Spatial Demultiplexer component, improvements to the Erbium Doped MM Fiber, Ytterbium Doped MM Fiber, Measured-Index Multimode Fiber and Parabolic-Index Multimode Fiber amplifier and fiber models (for modelling spatial multiplexed systems and concatenated fibers) and the integration of LP mode generators into our Spatial Transmitter components.
Components within the Transmitters and Receivers libraries have been improved including the introduction of a new Spectral Light Source component, improvements to the noise models in the APD and PIN components, the addition of thermal noise models to our Analog to Digital and Digital to Analog components and the addition of user-defined PAM amplitude maps to our PAM Coder and Decoder components.
Updates to our Measured Filter, Measured Optical Filter, Lightwave Analyzer, View Signal Visualizer and Power Splitters; and the introduction of a new Diffuse Channel component for the modeling of indoor optical wireless systems.
New library components and enhancements
Co-simulation capabilities: Cpp, Cpp CoSimulation Visualizer
We are pleased to announce the launch of our new Cpp component in OptiSystem 14. Designed for users who wish to import or build their own customized C++ algorithms/components, the Cpp component will allow for the direct co-simulation of customized models (using dynamic link libraries) with any other OptiSystem component. It includes an open signal architecture interface to allow users to input and/or output any of OptiSystem’s signal types and complex waveform data arrays.
In addition to the Cpp component, we have launched a new Visualizer, the Cpp CoSimulation Visualizer. The new Cpp CoSimulation Visualizer’s primary function is to duplicate all the signals that are designed to enter the Cpp component thus allowing for signal files to be loaded into the component design project (without OptiSystem running) when running in debug mode.

OrcaFlex_v10_tutorials,training,download

OrcaFlex

OrcaFlex is the world's leading package for the dynamic analysis of offshore marine systems, renowned for its breadth of technical capability and user friendliness. OrcaFlex also has the unique capability in its class to be used as a library, allowing a host of automation possibilities and ready integration into 3^rd party software.

OrcaFlex is in use by over 260 clients, mainly in the offshore engineering business, with others in seismic, defence, ocean engineering, oceanographic research, aquaculture, compliant marine renewables and related fields.

OrcaFlex has a very wide range of applications, including:

Risers Tensioned marine risers Steel Catenary Risers (SCRs) Hybrid Riser systems Flexible Risers Umbilicals Moorings Spread mooring systems Jetty mooring systems Turret (external and internal) moored systems Single Point Moorings Oceanographic mooring systems Aquaculture moorings Installation Analysis Pipelay analysis Anchor and mooring deployment Riser installation Cable lay dynamics Through-splash zone deployment Deep water installation of subsea hardware Seabed plough deployment and operation Offshore lift dynamics Deflect-to-connect and cross-seabed pull-in J-Tube pull-in Stab and Hinge simulation Buoy Systems CALM buoys SPAR buoys Mid-water arches Metocean buoys

Hose Systems Under-buoy hoses Offloading hoses Floating hoses Towed Systems Towed bundle dynamics Seismic arrays Towed bodies Defence Minesweeping studies Ship-to-ship replenishment Dunking sonar modelling Helicopter landing systems Floating protection booms and nets Renewable Energy Wave power systems Offshore wind farm installation Wind turbine modelling Power cable take-off Floating wind turbines (with optional FAST coupling) Miscellaneous Seabed stability analysis ROV footprint analysis Sea fastening design Aquaculture & marine security nets Carousel and reel loading Decommissioning and heavy lift Floatover and mating

NAPA_2016_tutorials_training_manual_torrent

NAPA_2016_tutorials_training

NAPA Fleet Intelligence is a game changer making voyage analysis easy. It offers

• Voyage-by-voyage analysis of fuel efficiency for any conventionally powered vessel 
• Access to performance monitoring data for 55,000+ vessels and 6.5 million voyages
• Instant access through a web portal, with no onboard equipment or installations
• Results based on AIS data, weather and environmental monitoring, and hydrodynamic calculations from NAPA’s in-house experts
• Standardized, readily analysed and easy to understand reporting across owned, time chartered and voyage chartered vessels
• Verification of noon-reports
• Help to identify fleets and vessels which operate inefficiently and to do further analysis

NAPA Designer is an interactive state of the art geometry modelling tool for Naval Architecture and NAPA’s 3D structure design application NAPA Steel. It brings a completely new way of making real interactive ship design from concept level naval architecture up to structural plan approval and engineering. NAPA Designer offers an intuitive 3D modelling interface, requiring little training for a vessel designer to adapt to from a conventional 2D approach.
NAPA Designer was developed in close co-operation and valuable input from over 200 NAPA customers in 22 countries. Tekes, the Finnish Funding Agency for Innovation, and Idean, a global design firm specializing in superior User eXperiences played an important role in research and development work. Combining extensive, systematic R&D with NAPA’s 25 years’ experience in ship design software development we can now deliver a best-in-class solution, allowing design teams to meet the challenges of the future with confidence. NAPA Designer will deliver a significantly improved design platform for new and existing NAPA users alike and allow them to meet ship modelling requirements without additional time investment.
download link:

2017.06.Latest_crack_software_ftp_download_tutorials_training

[Other CAD/CAM] CIMCOEdit 8.01.12
[Structural Analysis] Techsoft HEADS Pro v20
[Math Statistics] Minitab v18.1
[Ship Design] DNV SESAM 2017
[Structural Analysis] Nemetschek SCIA Engineer 2017 v17.0.76
[Structural Analysis] Nemetschek Vectorworks 2017 SP3
[BENTLEY] S-Cube RCDC 6.0.1.1
[BENTLEY] STAAD Advanced Concrete Design RCDC 06.01.01.04
[Dassault CATIA ] DS Catia Composer R2018 Multilang Win64
[Other CFD] CFTurbo v10.2.6.708 Win64
[Other CAD/CAM] IMSPost v8.2x Suite
[Other CFD] Siemens FEMAP 11.4.0 with NX Nastran
[BENTLEY] BENTLEY RAM SBeam CONNECT Edition V06.00.00.33
[Siemens] Siemens PLM NX 10.0.3 MP16 Update
[Other CFD] Dlubal RFEM 5.09.01
[PTC] PTC Creo Schematics 4.0 M010
[Development ] DeskArtes.3Data.Expert.v11.0.0.16
[petroleum] Schlumberger OLGA 2016.2
[PTC] Geometric GeomCaliper 2.4 SP9 for ProE
[petroleum] norsar 2017.1
[Optics] BREAULT ASAP 2017
[Cadence] Cadence Design Systems Sigrity 2017
[Geological Prospecting ] Killetsoft TRANSDAT Professional v20.33
[ANSYS] FunctionBay.Multi-Body.Dynamics.Ansys.18.Win64
[petroleum] tesseral pro 5.0.1
[petroleum] CGG Furgo Jason V9.6.1
[Autodesk] Autodesk AutoCAD Civil 3D 2018 Update 2
[Other CAD/CAM] DS BIOVIA Materials Studio 2017 v17.1.0.48
[Development ] Ventuz Technology Ventuz v5.3.1.150 R17650
[BENTLEY] BENTLEY RAM Elements V8i V13.05.00.227
[petroleum] Datamine Studio OP v2.1.2.0
[Autodesk] VRMesh v9.4 Studio
[Geological Prospecting ] AGI Systems Tool Kit (STK) 11.2
[Structural Analysis] Tekla Structures 2017 SP2
[Other CFD] Comsol Multiphysics 5.3.0.248
[Siemens] Siemens LMS Virtual.Lab Rev 13.7
[SolidWorks] Mastercam 2018 for SolidWorks 2010-2017
[Other CAD/CAM] Mastercam 2018 v20.0.14713.0
[Other CAD/CAM] solidThinking Embed 2017.1.28
[Other CFD] FunctionBay RecurDyn V8R5 SP1.2 Update
[Other CAD/CAM] GibbsCAM 2016 v11.3.32.0

Contact:crackcad@gmail.com

2017.05_Latest_software_ftp_download_tutorials_training

[petroleum] Softbits.Flaresim.v5.1
[MENTOR] Mentor Graphics Calibre 2017.1 Linux
[Autodesk] Autodesk HSMWorks 2018 R1.41866
[SolidWorks] PowerSurfacing RE 2.4-4.1 for SolidWorks 2012-2017
[ANSYS] ANSYS_Customization_Tools_ACT_18.0-18.1
[Other CFD] Altair FEKO 2017.1
[Other CAD/CAM] KISSsoft 03-2017A
[Other CFD] Dassault Systemes SIMULIA Simpack 2017
[Other CAD/CAM] DP Technology ESPRIT v2017 B19.17.170.770
[Geological Prospecting ] PC-Progress HYDRUS 2D/3D Pro v2.04.0580
[Other CAD/CAM] solidThinking Click2Form 2017.2
[Other CAD/CAM] InnovMetric PolyWorks 2017 IR1.1
[Other EDA] SES CDEGS v15.428
[petroleum] lmrk GeoGraphix discovery 2016.1
[Management] CRYSTAL PROD 2017.1
[Geographic Information] rokdoc 6.4.2
[petroleum] Landmark EDT 5000.14.1
[SolidWorks] IMOLD V13 SP4.2 for SW2011-2017
[Other CFD] Oasys MassMotion 9.0.13.0
[NI] NI LabWindows CVI 2017 with Real-Time Module
[Other CAD/CAM] CAMWorks 2017 SP1 Multilang for Solid Edge ST8-ST9
[Siemens] Siemens.NX.11.0.1.MP03.Win.Linux.Update
[SolidWorks] SolidCAM 2017 SP0 for SolidWorks 2012-2017
[SolidWorks] Geometric NestingWorks 2017 SP2.0 for SolidWorks 2016-2017
[Structural Analysis] CSI SAP2000 v19.1.1
[Siemens] Siemens.CD-Adapco.Speed.12.02.011.Win64
[Siemens] Siemens.CD-Adapco.Battery Design Studio.12.02.011.Win64
[Other CFD] midas.NFX.2017.R1.20161104.Win64
[Siemens] HEEDS MDO 2017.04.0 WITH VCollab 2015
[Dassault CATIA ] DELMIA.VMAP.V5-6R2017.SP2.Win32
[Other CAD/CAM] Creative Edge Software iC3D Suite 4.1.1
[Biomedicine] COSMOlogic TURBOMOLE 2016 v7.1 Win64
[Other CFD] Altair.HyperWorks.2017.1.Suite.Linux64
[Other CFD] PointWise.18.0.R3.20170516
[Other EDA] digsilent.PowerFactory v2017
[Other EDA] EMTPWorks v3.4
[Vero] VERO.WORKNC.V2017.R2
[ANSYS] ANSYS Electronics 18.1 Win64
[Other CAD/CAM] InnovMetric.PolyWorks.2017.IR0.3
[Structural Analysis] SOFiSTiK 2016 R2 SP 2016.5
[ANSYS] ANSYS.SpaceClaim.incl.DesignSpark.Mechanical.2017.1.Win64
[ANSYS] Ansys Products v18.1
[Other CFD] solidThinking Click2Cast 4.1.0.102
[Other CAD/CAM] solidThinking.Compose.2017.1.3059.Win.Linux
[Siemens] Siemens PLM NX 10.0.3 MP15 Update
[BENTLEY] SACS CONNECT Edition version 11.00.00.01
[AGILENT] Keysight Suite 2017
[Vero] Vero SurfCAM 2017 R2
[Vero] Vero Edgecam 2016 R2 SU14
[Vero] Vero VISI v2017 R2
[Other CAD/CAM] MISSLER TOPSOLID V2017
[Other CAD/CAM] GibbsCAM 2016 v11.3.31.0
[Other CFD] ADINA System 9.3.1
[Biomedicine] Materialise 3-matic 12.0
[Other CAD/CAM] CIMCO Edit v8.01.08
[Other CFD] Altair.HyperWorks.2017.0.0.24.Suite.Linux64
Contact:crackcad@gmail.com

2017.04_Latest_software_ftp_download_tutorials_training

[Autodesk] Autodesk Powermill v2018
[Autodesk] Autodesk PowerInspect v2018
[petroleum] Tecplot Chorus 2017 R2
[ANSYS] ANSYS optiSLang 6.0.1.42144
[Other CFD] HEEDS MDO 2016.10.1 with VCollab 2015
[vero] VERO PEPS v11
[petroleum] GeoTeric 2016.2
[Geographic Information] Paradigm 17
[Xilinx] Xilinx Vivado Design Suite 2017.1 HLx Editions
[NI] NI LabView 2017,
[Other EDA] CAM350 v12.2 Build 1133
[Other CFD] SimulationX v3.8.2.45319
[Other CAD/CAM] ITI TranscenData CADfix 11 SP1
[Ship Design] Aveva.Bocad.v2.3.0.3
[PTC] PTC.Creo.3.0.M130
[Cadence] Cadence Allegro and OrCAD 17.20.017 Update
[Structural Analysis] Tekla Structures 21.1 SR8
[Dassault CATIA ] Type3 CAA V5 Based 2017 v5.5 B 17082
[Virtual Reality] THE FOUNDRY MODO V11.0V1
[Ship Design] AVEVA Instrumentation & Electrical v12.1 SP3
[Other CAD/CAM] DP.Technology.Esprit.v2017.R1
[Other CAD/CAM] CGTech VERICUT v8.0.2
[Ship Design] AVEVA Engineering v14.1 SP1
[Siemens] Siemens.NX.11.0.1.MP02.Win.Linux.Update
[Siemens] Siemens.Solid.Edge.ST9.MP06.Update
[petroleum] Encom ModelVision v13.0
[Autodesk] AUTODESK.ALIAS.AUTOSTUDIO.V2018.WIN64
[Development ] Chief.Architect.Premier.X9.v19.2.0.39
[Other CAD/CAM] SolidCAM.2016.SP3.HF2.Win64
[Other EDA] Ekahau.Site.Survey.v8.6.2.x64
[Animation] Isotropix.Clarisse.iFX.v3.0.SP9
[Other EDA] Etap.PowerStation.v16.1
[petroleum] Plaxis2D v2017
[Autodesk] Autodesk MoldFlow Insight Ultimate 2018 x64 Multilingual
[Autodesk] Autodesk VRED Professional 2018
[SolidWorks] DriveWorks Pro v15 SP0 for SW2010-2017
[SolidWorks] DriveWorks Solo v14 SP2 for SW2010-2017
[Optics] CODE V 11.0
[Optics] LightTools 8.5
[Geological Prospecting ] PCI Geomatica 2017
[Geographic Information] VMGSim v10
[Ship Design] AVEVA PDMS v12.1.SP4.29
[Other CFD] ThermoAnalytics.CoTherm.1.1.0
[SolidWorks] Geomagic for SolidWorks 2017.0.0
[Autodesk] Autodesk Robot Structural Analysis Pro 2018
[Other CAD/CAM] CIMCOEdit v8.01.01
[MSC] MSC.Simufact.Welding.6.0.Win64
[Autodesk] AUTODESK.NASTRAN.INCAD.V2018.WIN64
[Geographic Information] Leica Mintec Minesight 3D v11.5 Win64
[Autodesk] Autodesk 3ds Max 2018
[Other EDA] CST STUDIO SUITE 2017 SP2
[Ship Design] AVEVA Review v12.2.0.11
[Structural Analysis] CSI ETABS v16.1.0
[Other CFD] Isograph Availability Workbench v3.0.12
[Other CFD] Isograph Reliability Workbench v13.0
[Ship Design] AVEVA Marine v12.1 SP4.29
[Other CAD/CAM] Stat-Ease Design-Expert 10.0.5
[Other CFD] OASYS.Suite.14.0
[Other CAD/CAM] InnovMetric.PolyWorks.2016.IR11
[Autodesk] Autodesk ArtCAM 2017 SP6 Update
[PTC] PTC.Creo.4.0.M010.Win64
[Other CAD/CAM] MecSoft Visual3DPRINT 2017 (v3.0.319) for Visual CAD/CAM 2017
[Other CAD/CAM] MecSoft Rhino3DPrint 2017 (v3.0.319) for Rhino5
[Development ] IDEA.StatiCa.v8.0.12.429761
[Other EDA] Antenna Magus 2017 Professional
[Other CFD] Siemens NX Nastran 11.0.1
[Autodesk] AutoCAD Electrical v2018
[Structural Analysis] CSI.SAP2000.v19.1.0.129
[Autodesk] autodesk Advance Steel 2018 Multilanguage
[Autodesk] AutoCAD Mechanical v2018
[SolidWorks] CAMWorks 2017 SP1 for SW2016-2017 Win64
[Other CAD/CAM] IMSpost 8.2c Suite
Contact:crackcad@gmail.com

Etap_PowerStation_v16.1_download_tutorials

Etap_PowerStation_v16.1

Electrical Power System Analysis & Operation SoftwareSolution for Generation, Transmission, Distribution, Industrial, Transportation, and Low-Voltage Power Systems.
UDM Libraries    New IEEE 421.5 Models    AC Rotating Excitation Systems AC1C-2016, AC2C-2016, AC3C-2016, AC4C-2016, AC5C-2016, AC6C-2016, AC7C-2016, AC8B-2005, AC8C-2016, AC9C-2016    Static Excitation SystemsST3A–421.5-2005, ST5B –421.5-2005, ST5C –421.5-2016, ST6B –421.5-2005, ST6C –421.5-2016, ST7B –421.5-2005, ST7C –421.5-2016    DC Excitation SystemsDC1A-2005, DC1C-2016, DC2A-2005, DC2C-2016, DC3A-2005, DC3C-2016, DC4C-2016    WECC Approved UDM Exciter ModelsBBSEX1,EXAC1A, EXELI, IEEET1, REXS, SCRX, UEL1-2005, UEL2C-2016    Governor Models DEGOV1, DT, GAST, GGOV1, HYGOV, HYGOVDD,HYGOVLL, HYGOVPID, HYGOVSPH, TGOV1, ST, UG8    Power System Stabilizer Models PSS2B-2005, PSS2C-2016, PSS3B-2005, PSS3C-2016, PSS4B -2005, PSS4C-2016    Energy Storage Models ESS1 and ESS2Wind Turbine Generator    New Control Block Test Routines    New Complex Terminal Voltage Input Blocks    Complex Terminal Current Output BlocksTransient Stability    Line to Line & Line to Line to Ground fault actions    Consider MOV Dynamic Voltage Limits    Enhanced Generator Excitation SystemsExpanded Engineering Libraries    Verified & Validated Libraries Included with Release    Download Verified Libraries from ETAP HelpDeskEnhanced Modules    Data Exchange (DataX)    Underground Raceway Thermal Analysis    Dynamic Parameter Estimation & Tuning (DPET)

Multi-Language Edition - Localized    English    Spanish    Russian    Korean    Chinese     Portuguese    Japanese    Italian*    Turkish**Output ReportsCable Capacity Sizing - IEC 60092    Size Power Cables based on IEC 60092 - Electrical Installation in Ships & Marine Vessels    Line Conductor Sizing    Consider Short-Time Duty    Selectable Annex B for General Installations    Enhanced Reports and Cable ManagerDatablock    New Intelligent Device Settings Datablock    Auto-update Device Functions & Settings    Export One-Lines and Datablocks to AutoCAD™ (DXF) Drawing FilesSystem Elements    Motor Operated Valve Dynamic Voltage Limits    Enhanced Overhead Line Impedance Calculations    Enhanced IEC Fuse RatingsShort Circuit    Export Short Circuit Analyzer results to MS Excel    Consider IEC Fuse Test PF and X/R for Short Circuit Device Duty EvaluationUser-Defined Dynamic Model (UDM)    Blazing performance up to 50 X faster    Enhanced Result Visualization with Multi-Scope    Math functions with Multiple Inputs    Enhanced Timer Integration    Customizable Events for Test Routines    New Generic Load Test Routines    Go-To blocks for Internal and External UDM Communication    C# Scripting using MIMO Function Blocks

OPEN-MIND-hyperMILL-2017.1.SP1_tutorials,training

OPEN-MIND-hyperMILL-2017.1 SP1

Powerful CAM software for any geometry – whether simple or sophisticated. 
A wide range of machining strategies and automated programming ensure consistent and efficient processes.

hyperMILL® CAM software offers a wide range of machining strategies for the programming of even the most complex workpieces: from 2D, 3D,
 HSC milling and 5axis simultaneous machining, 
to mill turning with the millTURN module, to special applications such as impellers, blisks, blades, tubes and tyres.

Complete machining with just one CAM software on a standardised user interface results in integrated processes and minimised machining times,
 while also increasing reliability – for maximum process safety, cost efficiency and quality.

hyperCAD®-S is OPEN MIND's very own CAD solution, developed from the ground up.

With hyperCAD®-S, OPEN MIND has created a CAD application specifically designed for the tasks of an NC programmer. Compared with other CAD systems,
 hyperCAD®-S has a significantly expanded core, including, for example, all of the common toolpaths used in CAM programming. 
Other highlights of this CAD solution for CAM users include 64-bit architecture, a clearly structured user interface and a comprehensive collection of interfaces.
This groundbreaking CAD/CAM integration enables more efficient CAD processes and unrestricted CAM programming. 
The hyperMILL® CAM software benefits directly from hyperCAD®-S and its unprecedented functional scope.

Code_v_11.0_tutorials_training

CODE V version 11.0 introduces the CODE V SpecBuilder™ and SpecEvaluator™ tools. Optical system designers typically use a table of specifications and goals to describe the requirements and design objectives for an optical system. In CODE V, you can use the SpecBuilder tool to create a Specifications and Goals Table. At any point in your project cycle you can use the SpecEvaluator tool to evaluate your optical system against specs and goals to help ensure that a design meets specs, as well as to maintain continuity and consistency between design versions, multiple designers and design phases.

SpecBuilder

The simple, intuitive CODE V SpecBuilder tool lets you quickly build a complete set of optical design project specifications and goals.

• Provides a structured way to agree upon, document, track and report on requirements throughout the life of an optical design project
• Includes a wide variety of specifications based on Synopsys optical engineering and industry expertise
• In addition to a wide range of pre-built specifications, is highly customizable using CODE V Macro-PLUS™ to include specialized metrics
• Brings high-level attention to the importance of defining and monitoring specifications at all stages of a design
• 
  

SpecEvaluator

The CODE V SpecEvaluator tool allows you to instantly assess your optical system design versus project specifications. 

• Single-click update runs evaluations to gauge design progress and help keep your project on track
• Incorporates quality monitoring into the design process and helps manage project quality assurance to avoid errors or miscommunications, especially in multi-team environments

CODE V optical design software is used to model, analyze, optimize, and provide fabrication support for the development of optical systems for diverse applications. It provides a powerful and yet easy-to-use toolkit of optical techniques and calculations that enables you to create superior designs that will work right when built. See feature details.

Key Features CODE V has a vast array of technical, graphical, and ease-of-use features. The following list of key features is just a small subset of what is available. Design optimization (including Global Synthesis) that speeds time to market Fast, accurate tolerancing for superior fabrication support Accurate, groundbreaking beam propagation analysis Extensive built-in libraries of optical system models (patents, etc.), components, and optical glasses Comprehensive graphics capabilities (pictures, data plots, shaded displays), including 3D visualizations and diffraction-based image simulations Non-sequential surface modeling for unusual systems Fast 2D image simulation to visualize optical system performance

2017.03_Latest_crack_software_download_training_manual_torrent

[MSC] MSC_ADAMS_V2017.1
[Autodesk] AUTODESK AUTOCAD MAP3D V2018
[Development ] Semantix.Roaming.Studio.v3.0.4419.19125
[Geographic Information] ESRI.ArcGIS.Desktop.v10.5
[Biomedicine] Veryst Engineering PolyUMod 4.5.0
[SolidWorks] SWOOD 2016 SP4 for SolidWorks 2010-2017
[Other EDA] PCSCHEMATIC Automation 18.0.7.10
[Other CAD/CAM] Geometric.GeomCaliper.2.4.SP8.CatiaV5.Win64
[ANSYS] Ansys.OptiSLang.6.0.0.41686
[Other CFD] ADINA v9.3.0
[Structural Analysis] CSI SAFE 2016 v16.0.1
[Other CAD/CAM] NCbrain 12.0
[Geographic Information] ISTRAM ISPOL 2017
[Development ] Trimble Vico Office v6.0
[Other CAD/CAM] FTI FormingSuite 2017.1.0.13907 Win64
[Other CAD/CAM] FTI Sculptured Die Face 2017.0.0.13948 Win64
[Other CFD] solidThinking Click2Form 2017.1.0 Win64
[Other CAD/CAM] InGeomatics Mr.CAD Stand Alone 3 v3.0 r.104
[Autodesk] AUTODESK SIMULATION MOLDFLOW ADVISER ULTIMATE 2018
[Autodesk] Autodesk Inventor 2018
[Math Statistics] Mathworks Matlab R2017a
[Autodesk] Autodesk Revit LIVE 2018 Multilingual
[Autodesk] Autodesk AutoCAD Raster Design 2018
[Siemens] Siemens.Tecnomatix.Jack.8.4
[Siemens] Siemens.Tecnomatix.CAD.Translators.5.1
[Other EDA] Proteus Professional 8.6 SP2 Build 23525
[Control] Intergraph SmartPlant 3D 2016 v11.00.84.0099
[Development ] Southbeach.Modeller.v3.1.0.0
[Siemens] Siemens.Tecnomatix.Plant.Simulation.13.1
[PTC] PTC.Creo.PDX.10.0.F000
[Other CAD/CAM] Parallel.Graphics.Cortona3D.v9.1.Suite
[NI] NI AWR Design Environment 13
[Siemens] Siemens.FEMAP.v11.3.x.NXNastran.v11.0.1
[NI] NI_Circuit_Design_Suite_14.1
[Other EDA] CST STUDIO SUITE 2017 SP1
[Dassault CATIA ] Geomagic Design X v2016.1.1
[Structural Analysis] Trimble.Tekla.Structural.Designer.2017.v17.0.0.37
[Optics] OPTIS SPEOS CAA V5 Based v2017
[Other CAD/CAM] SolidCAM 2016 SP3 HF1 for SW2012-2017 Win64
[Other CAD/CAM] GibbsCAM 2016 v11.3.28.0
[ESI] ESI PAM-Stamp v2017
[Other CAD/CAM] CIMCOEdit V8.00.43
[Other CFD] 3DReshaper2016_MR1
[Autodesk] Autodesk_ArtCAM_2017_SP5
[Autodesk] PowerMill 2017 SP5
[Other CAD/CAM] ISD_HiCAD_2017 and_HELiOS_v2017_X6
[Other CFD] BETA_CAE_Systems_v17.1.0_Win64
[Vero] VERO.ALPHACAM.V2017.R1.SP2
[Other CAD/CAM] AutoFormPlus.R7.0.2.Update
[Other CAD/CAM] InnovMetric.PolyWorks.2016.IR10
[Other CFD] SIMULIA.SUITE.2017.HF2
[Other CFD] NUMECA FINE TURBO DESIGN 11.2
[ESI] ESI.ProCAST.2016.1.Suite
[Other CAD/CAM] AMADA sheetworks V19
[Other CAD/CAM] Bricsys.BricsCAD.Platinum.v17.1.19.1
[petroleum] Thunderhead.Engineering.PyroSim.v2017.1.0209.x64
[Other CAD/CAM] SPI.SheetMetalWorks.2017.Win64
[Other CAD/CAM] Thunderhead.Engineering.PetraSim.v2017.1.0209
[Other CAD/CAM] MecSoft VisualCAM 2017 v6.0.430
[Other CAD/CAM] MecSoft.VisualCAD.CAM.2017.v6.0.387
[Other CAD/CAM] DATAKIT CrossManager 2017.1
[Other EDA] Infolytica MotorSolve 5.1
[Siemens] Siemens SolidEdge ST9
[SolidWorks] Geometric.DFMPro_4.1.1.3254_for_SolidWorks_2012-2016
[Other CAD/CAM] Gibbscam 2016.11.3.27.0
[PTC] PTC.Mathcad.Prime.4.0
[Structural Analysis] CGS_Civil3D_Tools_2017
[Structural Analysis] CGS Infrastructure Solutions 2017
[Geological Prospecting ] PCI Geomatica 2016 SP2
[SolidWorks] Geometric.Startup.2.0.0.14918.Win64
[PTC] PTC Creo EMX v10.0.F000
[Other EDA] Altium Designer 17.0.11 Build 656
Contact:crackcad@gmail.com

Frontline_Genesis_2000_v10.3_download_tutorials

Frontline_Genesis_2000_v10.3_download_tutorials

Genesis 2000 provides optimized CAM via full pre-production automation for PCB fabricators. Extensive plug-in DFM programs cut cycle time and increase yields dramatically. A true CAD/EDA download, fully translated into ODB++, complemented by seamless integration with all system modules and third-party programs, ensures timely and accurate processing of bare board data.

Genesis 2000 offers a field-proven, modular pre-production solution for automating the front end engineering process - from your customer's door to your production floor. Automated planning, job analysis, editing and workflow management enable you to maintain total control of your processes every step of the way.

Genesis 2000 allows you to combine planning, product engineering and tooling into a single process, and equally important, into a single database. Modular integration and a user-friendly environment translate into higher throughput and real cost-savings. A new DFM environment boasts a vast variety of powerful yet flexible DFM programs, field-proven to significantly increase manufacturing yields.

IGI_Parcam v8.82_with_ext_download_tutorials

IGI_Parcam v8.82_with_ext_download_tutorials

ParCAM offers a highly flexible suite of tools for Windows 7 and 8. Whether your needs
include translation/viewing, data optimization, netlist extraction and compare, DFM analysis and editing,
panelizing or output, ParCAM can be configured for your work.
Read it… Easily
Drag and drop input. A wide variety of inputs are supported, including RS-274X, RS-274D, Drill,
ODB++, DPF, and DXF. Read-in options, optimizations, and DFM processes are adjusted quickly.

Analyze it and Fix it… Quickly
Your job must be ready for manufacture.
Check DRC and analyze DFM, Classifying

those results by criteria you establish. Only
run the checks you need. Extract and
compare netlists. Graphically view defects or
other areas of concern. ICE fixes conflicts
automatically. For manual editing tasks, a full
range of edits are at your finger tips, making
changes easy. Interrogate data as needed, measuring, counting, and reporting. Find smallest features and calculate areas.
Build it… Right
Step and repeat boards and build panels with
coupons, venting, tooling holes. Flexible
coupon generation with improved analysis
and settings wizards enable you to create
coupons using job data and any number of
sections, in any order. Panel templates make
rebuilding consistent. Apply etch
compensations at output, without affecting
the original data.

AGILENT_89600_VSA_17.2_download_tutorials

AGILENT_89600_VSA_17.2_download_tutorials

The 89600 VSA software is a comprehensive set of tools for signal demodulation and vector signal analysis. These tools enable you to explore virtually every facet of a signal and optimize your most advanced designs. As you assess the tradeoffs, the 89600 VSA helps you see through the complexity.

• Measure your signal: supports cellular, wireless-connectivity, aerospace, defense and general-purpose applications
• Verify signal performance quickly with multiple simultaneous views in time, frequency and modulation domains
• Pinpoint the answers to signal problems with advanced troubleshooting tools including trace-to-trace coupling, triggering, record and playback
• Accelerate development with consistent vector signal analyzer measurements at any stage of design, from baseband to RF, simulation to design validation
  

Tebis.v4.0.R3_download_tutorials

Tebis.v4.0.R3_download_tutorials

Tebis, the software and process provider for the development, design and manufacture of models, molding tools and components, has made its Version 4.0 Release 3 available on the market in the fall of 2016. With this update of the proven CAD/CAM software, customers will be able to design their processes more efficiently: The newly added functions allow users more flexibility and cost efficiency in design manufacturing preparation and processing, saving them considerable time. This is supported by more intuitive and simpler operation.

Toolbars and menu panels can be easily docked to the edge of the application window. The software interface is more informative for the user, who can learn to operate it more quickly and easily and with less effort. A new project dialog with the most recently used files is displayed immediately after the program is started, so the user won’t lose any time after an interruption. This is supplemented by preview images of saved components.

With Release 3, Tebis has also improved the display of wire-frame models and isolines. The user is often confronted with the problem of many isolines, which can make the view of the components unclear on the screen. The colors of the models can be adjusted independently of the surface color in the new Release 3.

No more anxious glances at the clock

In its update to Version 4.0, Tebis has focused on a more efficient use of time. Among other measures, the software achieves this by automatically breaking up assemblies and complex files with many manufactured parts into multiple individual files. The user can immediately access the corresponding component with no effort at all.

They can also design active surfaces more quickly and spot them in tryout. In addition, the software can very conveniently flatten positive radii. This prevents any contact in the special areas between the sheet metal and the die in the press. This is especially important for subsequent operations after drawing the component. The customer can also save more time with optimized reverse engineering. Release 3 provides improved algorithms that generate perfect transitions for 4-edge surfaces. The user can also quickly and easily adjust the approximation tolerance as well as control generated radius runouts and theoretical edges more efficiently. The software also includes an automatic smoothing process for theoretical edges with few segments.

This also saves the user valuable minutes when surface modeling. When generating surfaces with constant curvature, Release 3 supports symmetrical areas, for example, and provides better management of input parameters when using optimization functions.

The new Version 4.0 also delivers customers improved reliability in NC programs. An extended list with known machine conflicts is integrated in the CAD/CAM software for quick access by the user. This enables users to mark and filter acceptable and critical conflicts between the affected machine components. Release 3 provides an additional option for automatic collision avoidance in 3-axis milling.

The NC automation of 2.5D drilling and milling is also more efficient, because the processing sequence in feature-based NC programming can now be more easily influenced by feature groups. Tool optimization has also been extended in the Job Manager. Tools can be changed across machining operations in NCJobs. The user can also assign NC variables across features. Standard and free-form functions can be selected independently of type and parameter assignment. The software always identifies currently different and modified variable assignments.

The new release also includes a function that is perfect for engraving texts, logos and numbers. The operator receives a text that is projected on the component geometry. A new function has been incorporated to calculate the 5-axis toolpath required for this operation.

The user can shorten cycle times by roughly 30% in laser cutting and trimming. This is because the improved NC point distribution results in more compact programs. The user can set axial tolerances and manually remove NC points. In Release 3, head tilt directions on the manufacturing machines can also be handled more easily in stamping areas. This prevents rapid pivot movements of the machine. And toolpaths can be checked numerically with the "Collision check machine" add-on, so that collisions and limit-switch conflicts never even occur. This saves more time and costs.

2017.02_Latest_software_crack_download_training_manual_tutorials_torrent

[Development ] Intel.Parallel.Studio.XE.2017.Composer.Edition.for.Fortran
[Structural Analysis] RIBgeo v2017.1.4
[Biomedicine] Schrodinger.Suites.2017-1
[petroleum] Honeywell.UniSim.Design.R451.Build.20113
[Other CAD/CAM] CimatronE v13.0 SP2 P2
[Siemens] SIEMENS.STAR-CCM+12.02.010-R8.Win64.&.Linux64
[MSC] MSC.Simufact.Forming.14.0.Win64
[Chemical] Intergraph PVElite 2017
[Other CFD] Tecplot.RS.2016.2.3.78146
[Other CFD] CEI.Ensight.10.2.1b.GOLD
[petroleum] Chemstations CHEMCAD Suite v7.1.2.9917
[Geographic Information] Golden Software Surfer v14.0.599
[ANSYS] FunctionBay.Multi-Body.Dynamics.Ansys.17.2.Win64
[Other CAD/CAM] MISSLER TOPSOLID V7.11
[Other CFD] FunctionBay.RecurDyn.V8R5
[Dassault CATIA ] CATIA DELMIA ENOVIA V5-6R2016 SP4 Update
[Siemens] Siemens.LMS.Samtech.TeaPipe.17.1.1138.for.Catia.V5R19-25
[Other CFD] Altair HyperWorks 2017.0.0.24 Suite Win64
[MENTOR] Mentor Graphics FloEFD 16.1.37 Suite
[Siemens] Siemens Tecnomatix Plant Simulation v13.0
[SolidWorks] 3DQuickPress v6.2.0
[Other EDA] IGI ParCAMwith EXT v8.8.2
[petroleum] Zeataline.PipeData.Pro.v12.0.20
[petroleum] DNV Phast v7.2.72.0
[SolidWorks] SolidCAM 2016 SP3 for SolidWorks 2012-2017
[SolidWorks] SolidWorks.2017.SP2.Premium
[Other CAD/CAM] AutoForm Plus.R7.0.1
[Other EDA] Altium Designer 17.0.10 Build 617
[MENTOR] Mentor Graphics HyperLynx v9.4.1
[MENTOR] Mentor Graphics FloTHERM XT v3.0
[ANSYS] ansys.HBM.nCode.13.0
[Autodesk] Autodesk Simulation Moldflow Adviser 2017.3
[Chemical] Process Systems Enterprise gPROMS v4.2
[Other EDA] Motor-CAD v10.2.1
[Structural Analysis] Sismicad 12.9
[MENTOR] Mentor Graphics QuestaSim SE 10.4e
[Geological Prospecting ] ARANZ Geo Leapfrog Hydro v2.6.0
[ANSYS] ansys SpaceClaim 2017_ansys DesignSpark Mechanical 2017
[Other CAD/CAM] Mastercam 2017 v19.0.15109.0 Update3
[Other CAD/CAM] MecSoft VisualCADCAM 2017
[Siemens] TMG solvers for NX 9.0-11.0
[Geological Prospecting ] ARANZ.Geo.Leapfrog.Mining.v2.6.0
[Other CFD] Altair HyperForm Solista 14.0
[Other CFD] Altair Flux 12.2
[Other CAD/CAM] TEBIS V4.0 R3 for win64
[Geological Prospecting ] PaleoScan 2016
[petroleum] Honeywell PredictPipe v6.1
[Optics] OPTIS OptisWorks 2017
[Geological Prospecting ] ARANZ Geo Leapfrog v4.0.0
[petroleum] Kappa Ecrin v5.10.04
[Geographic Information] Schlumberger ECLIPSE 2016.2
[PTC] PTC Creo 2.0 M240
[SolidWorks] SolidWorks PCB 2016 SP5
[Geographic Information] Pixoneer PG-STEAMER V5.0
[Other EDA] DSATools V15.0
[Other EDA] PSSE V34.0_Power_Transmission_System_Planning_Software
[Structural Analysis] CSI ETABS 2016 v16.0.3 build 1567
[SolidWorks] Geometric NestingWorks 2017 SP1.0 for solidworks
Contact:crackcad@gmail.com

DSATools_ V15.0_tutorials_download

DSATools_ V15.0_tutorials_download
Power system analysis software to meet all your system planning and operation needs
Powertech provides custom software development services to our clients to meet specific application requirements:

Adding custom features to DSATools™
Developing custom database applications
Participation in applied research

Recent examples of custom software development include:nerc_db_graphic

Development of a reserve management tool (RMT) for Transpower, New Zealand. Transpower runs a power market in New Zealand, and one of the services included in this market is the active power reserve used to maintain acceptable frequency response when a large amount of generation (or import) is lost due to contingencies. RMT uses a special model to determine the minimum such reserve required for achieving performance in the real-time market settlement.
Determination of real-time generation rejection lookup table for BC Hydro, Canada. Due to the nature of the integration of BC Hydro’s power grid with WECC, stability is a main issue to be addressed for the secure operation of this grid. One of the measures to ensure the grid security is to apply generation rejection as an emergency control when a severe contingency takes place. The location and amount of the required generation rejection are a function of many factors, including system topology, load and power transfer levels, and the contingency. Therefore, on-line assessment is required to determine the generation rejection lookup table based on real-time system conditions. Powertech developed an on-line DSA system to fulfill such a task and installed it at the BC Hydro control center.
Development of powerflow and dynamics databases (PFDB & SDDB) for the NERC/ERAG base case development. The annual effort to develop base cases for the US/Canada Eastern Interconnection includes the handling of many regional powerflow and dynamics updates. PFDB and SDDB are two database tools developed by Powertech to handle such tasks. Please click to see more on PFDB and SDDB.          

petromod_V2016.1_download_tutorials

Petromod 2016.1

Product details

PetroMod petroleum systems modeling software combines geophysical and petrophysical data with geological knowledge to model the evolution of petroleum systems in a modern, user-friendly work environment.

The combination of a state-of-the-art user interface and high-speed simulation performance supports sophisticated analytical workflows of the dynamic temperature, rock stress, pressure and migration history of complex geological systems in a fast and intuitive, process-focused workflow.

Release details

PetroMod 2016.1 provides significant improvements in crustal and tectonically complex petroleum systems modeling. To optimize the efficient integration of petroleum systems analysis in company-specific workflows and E&P processes, this release introduces a first preview of open simulator functionalities that grant access to flexible output analysis and customized post-processing functionalities.