ShipConStructor_2006_R2 (C)ShipConstructor Software Inc

ShipConstructor Software Inc. (SSI) is the creator of ShipConstructor, the AutoCAD-based 3D Product Modeling and Product Planning software suite for shipyards, offshore yards and designers.Now release ShipConStructor_2006_R2!
ShipConstructor compatibility with AutoCAD 2006/2007

Using our unique DDROM™ SmartParts™ technology, ShipConstructor 2006 can be used much earlier in the design cycle. You can now efficiently create a 3D structural classification model and deliver automatically derived 2D drawings for approval. All the while, you are confident that any changes can be easily implemented into the production detail model. ShipConstructor provides all the necessary functions to build a production-grade 3D Product Model consisting of hull plating, structure with all details, pipe, HVAC, and equipment, all rounded off by the penetrations.
All data is stored in one single database making it easy not only for designers, but also for managers and production to get up-to-date information when they need it and how they need it.
From:caxsoft

Asap v2006 (C)Breault Research Organization

Industry applications for ASAP include automotive, architectural and specialty illumination design, simulation of laser systems and other coherent devices, stray light analysis of telescopes and space-based imaging systems, display modeling, complete biomedical system modeling, and micro-optical device modeling through FDTD interoperability.

In the ASAP 2006 release, BRO's development team has focused on interoperability, process automation, and analysis workflow, following best practices outlined within the SEI CMMI Capability Maturity Model.

New features in ASAP 2006 include:

CAD Export: Enhanced IGES export with default and user-definable trimming options
CIE Analysis: Enhanced data display, renderings, and tests for CIE color analyses
IES Import/Export: Import and export energy distributions in this popular file format
Quick Start Toolbar: Access interactive scripts for bio models, arrays, and lens creation
Path Explorer: A fast, flexible, and powerful tool for analyzing ray paths in optical systems
Tolerancing: New sensitivity and compensator features with reporting capabilities
These and previously existing features enable ASAP users in 35 countries to model and analyze the finest details of optical systems, which means users can depend on their simulations to mirror real-world performance. ASAP analyses validate designs and support smooth transitions to manufacturing.

OptisWorks Studio v2006 with SP4 (C)OPTIS

Optis has launched the OptisWorks Studio product, which allows users to design both optics and mechanics using just one interface. No CAD software is required to work with OptisWorks Studio.

This product is much more than ‘interoperable’ with other CAD software. It is based on a CAD engine. Users do not need to use import or export tools to design a complete product. OptisWorks Studio is the most comprehensive product to analyse and simulate light, optical design, and laser design serving a wide variety of industries ranging from automotive to optics.

Users can deal with the whole process of product design and optimisation to improve product quality, reduce development costs and time, and increase competitiveness.The functionality available allows designers to work in a virtual opto-mechanical laboratory, called ‘studio’ to design and analyse optical, opto-mechanical, laser, and lighting systems. Designers can also read and translate all Pro/E and AutoCAD files thanks to the parametric import capabilities of the SolidWorks engine.

Autoship v8.0

the industry-leading ship hull design program has been given a major upgrade. The program incorporates entirely new design aids.

Feature Patches™
A major limitation of NURBS based surface design is that if the designer wants to introduce additional control in one region of a surface he must add complete new rows and/or columns of control points. This proliferation of vertices makes it difficult to produce a fair surface. Autoship 9 introduces a system of introducing local shape control on a surface without dealing with unwanted control points.

A Feature Patch has default or user-defined boundaries. It can be shaped by one or more control points. The patch blends at its edges to the shape of the parent surface. The blend transition may be positional, tangent or curvature continuous.

When a surface has a patch applied, it is still fully editable using only the original control points. When the parent surface shape is changed the patch moves with the change, retaining its own shape.

Patches may overlap and be nested.

CoWare SPW v5.2

SPW Libraries Speed HSDPA Design
CoWare SPW is a complete platform for design and verification of DSP algorithms. Its up-to-date communications and multimedia source code libraries are transparently accessible, providing unmatched value for standards explanation and design. The 3GPP library is Release 5 compliant with the newly-added executable end-to-end system models of the HSDPA standard. Using the library, system engineers can rapidly create an accurate model of the system, incorporate their differentiating components, and then simulate the system under different scenarios to optimize the system performance. Leveraging SPW’s high simulation speed, users can now explore many system options. And, with source code delivery and powerful PolyModel, designers can use the library as a starting point for detailed fixed-point design. Because the SPW HSDPA library was developed from active participation in the standardization process and with many years of experience developing 3G UMTS/WCDMA models, second-guessing of written standards proposals is eliminated.

TOPSOLID.2007 v68.200 (c) MISSLER

TopSolid 2007 is a fully associative 2D / 3D CAD system for mechanical
assemblies design and drafting's.

TopSolid 2007 can be used as a pure 2D CAD system or as integrated 3D/2D
CAD system taking advantage of the bi-directional associativity
between 3D Design and 2D Drafting layout. TopSolid is the core product
of a complete range of fully integrated mechanical applications.
(TopCam for machining, TopMold for injection Molding, TopPunchCut
for sheet metal). When you use TopSolid in conjunction with TopCam,
TopMold, TopFold, TopPunch or TopControl modules, you can keep the
benefits of the parametric associative TopSolid database from design
to machining and control.

Space-E/Modeler&CAM Ver4.5+Space-E/DirectTranslator Ver1.6+Space-E/DRAW Ver1.8

Space-E is an innovator of an entirely new way of manufacturing in the die and mold
industry. It consists of Windows-based hybrid surface/solid modeler and intelligent CAM which generates NC data automatically with its machining process design capability
Hybrid Surface/Solid Modeling
Amazingly powerful surface functions including blending, filleting, and surface-matching; enables intricate die designs.Easy-to-operate but accurate solid modeling defines functional components such as bosses or ribs effectively.

- Healing and Tolerant Modeling
This is the hybrid environment between surfaces and solids. Healing/Tolerant modeling allows you to convert ambiguous surface borders into exact solid structures.
Support of 2D Drawings
You can easily layout projections or section drawings of surface-solid mixed data. Removing hidden lines or dotted line displays are handled automatically. You can export your 2D layout data to other 2D drawing CAD systems in DXF format.

CAMTOOLS V3.419 (C)Graphic products

cam-tool V3 version3.3 has evolved, adding “Repositioning/Replacing of Approach” and “Editing of Horizontal Arc Approach”, etc. in order to quality improvement of the machining, as well as enhancing some CAD functions, like “Trim-Surface” and “Layer- Browser”, etc.

Reduction of CAM operation time has been also achieved, enhancing “Extract Machining Area” and “Calculation Condition Sheet / Common Setting”, etc.
Work-Plane Management (Reducing the operation time for creating NC data)
Reduces the operating frequency of work-plane control, and improves the operability

concerning multi-directional machining, uniting the management of work-planes (defined directions).Enhancement of “Output Image” (Shortening the setup time for the machining) Enables to output the multi-view images at once. (In the previous versions, it was impossible.) That makes creating of the “Machining Process Sheet” and “Machining Setup Sheet” easier.

Moldflow Plastics Advisers(MPA)v7.3

In-Depth Simulations for Design Validation and Optimization

The Moldflow Plastics Insight suite of software is the world's leading product for the in-depth simulations to validate part and mold design. Companies around the world have chosen Moldflow's solutions because they offer:

Unique, Patented Fusion Technology
MPI/Fusion, which is based on Moldflow's patented Dual Domain™ technology, allows you to analyze CAD solid models of thin-walled parts directly, resulting in a significant decrease in model preparation time. The time-savings allow you to analyze more design iterations as well as perform more in-depth analyses.

Powerful Workflow and Productivity Tools
The user-friendly environments in MPI employ visualization and project management tools that allow you to undertake extensive design analysis

Stoll M1 V3.8

Stoll now offers optimized intarsia yarn feeders as an option for almost all models or gauges* of the new Stoll CMS generation. Their compact design, which now enables even closer yarn feeder staggering, is new (Fig. 1). And as a result, even more colors can be used within a certain fabric width: The space required for eight color fields is reduced from a previous 5,5" to 4". For instance, this enables the classic argyle pattern with the smallest possible diamond size of 2" (Fig. 2).

The additional weight reduction of the intarsia yarn feeders also makes an even more exact stopping of yarn feeders possible, while at the same time providing for a lower noise level.

All models of the new CMS generation** are equipped with a clamping and cutting device as standard, and are also available with 2x16 clamping and cutting points as an option (Fig. 3). A particular advantage: the separate supply of up to 32 individual yarn feeders, e.g. during sequential knitting or when using very different yarns.
More http://www.stoll.com

CNKAD 2006 V8.X

The cncKad software system offers the full range of CAD/CAM capabilities for use with CNC Punch, Laser, Plasma and Flame machines. cncKad supports the entire cycle of CNC operations and includes drafting, automatic and interactive processing modes, post processing, graphic simulation of CNC programs, manual or automatic nesting, downloading and uploading of NC files.
Files can be transferred from Solid Works?/sup>, SolidEdge?/sup>, autodesk Inventor? and Pro/ENGINEER?using a real-time associative link, and read directly from AutoCAD?/sup> files

Gerber v8.2 (C) Gerber

Gerber Technology provides an extensive line of integrated computer hardware and software systems to the sewn-goods and flexible goods industries. These systems significantly improve the efficiency of information management, product and ...

more please visit http://www.gerbertechnology.com/

CADCEUS V6.5 Multilanguage (c) Unisys

CADCEUS is an integrated CAD/CAM/CAE and Computer Graphics system from Nihon Unisys, Ltd. that embodies the company's knowhow and experiences gained through joint development projects with Toyota, Nissan, Honda Engineering, Fuji Heavy Industry and other world class customers. We proudly announce, Toyota has chosen CADCEUS for the development and implementation of its leading-edge CAD/CAM/CAE system "TOGO". Press and mold die design are new application packages on top of CADCEUS, which run both on Windows 2000 and XP.
The CAD/CAM survey has been taken place to Japanese Die and Mould manufacturers for Automotive industry. 49 companies out of 54 companies (91%) have implemented 3D CAD system and 48 companies (89%) for CAM system. The most selected vendor for 3D CAD system is Nihon Unisys (CADCEUS) as 25% of the companies. CAD/CAM/CAE vendors point out its strong benefit of Mould and Die Design for this reason.
Cf. Nikkan Kogyo Shimbun is a leading industrial newspaper, published daily, in Japan.
From:caxsoft

NOVACAST v2.92 r1

NovaFlow&Solid (for simulating and optimizing casting processes), ATAS (process control of gray and ductile iron), PQ-DIT for production of ductile iron and Foundry Technology III and MetalMaster, which are both used for methoding and planning prior to casting. The market for these products is primarily among iron foundries and pressure die foundries in the whole world.

NovaCast has also developed and patented advanced programs for serial production of compacted graphite iron (CGI), which are marketed as PQ-CGI (Prime Quality Compacted Graphite Iron). The market consists of foundries specialized in casting components to the automotive industry, e.g. engine blocks, cylinder liners, etc. Most of the larger manufacturers of diesel engines have been evaluating the material for a number of years and the market will expand considerably in the coming years.

Worknc v18.7(c)Sescoi

NEW AUTO 5 CONVERSION FUNCTION FOR AUTOMATIC 5-AXIS MACHINING

V18 includes new smoothing functions which automatically ensure extremely fluid 5-axis motion. We have added new options to speed up, simplify and increase the reliability of Auto 5's automatic 3 to 5-axis toolpath conversion.
Automatic collision and machine angle limit management, along with machine environment simulation, are also available within the new conversion options.

NEW SPECIALIZED 5-AXIS SIMULTANEOUS TOOLPATHS

New smoothing functions are also featured in WorkNC's Simultaneous 5-axis machining toolpaths. This results in very smooth motions and assures high quality surface finishing. We have also added a range of new toolpaths to this latest version allowing users to machine deep cavities with special tools (lollipop, disk, etc). In addition, there is a suite of three new toolpaths (Roughing, Re-roughing and Finishing) for machining simple or complex impellers as well as a new 5-axis laser cutting toolpath plus a toolpath for 4-axis machining.

more please visit
from:caxsoft

PAM-STAMP 2G 2005 (C)Esi Group

PAM-STAMP 2G is a complete, integrated, scalable and streamlined stamping solution. It covers the entire tooling process from quotation and die design through formability and try-out validation.
PAM-DIEMAKER
Rapid Die Design
With its robust and fast parametric surfaces engine, PAM-DIEMAKER allows focusing on rapid draw die design and optimization. It also ensures optimal data transfer with
user's standard CAD geometry.

PAM-QUIKSTAMP
Fast Feasibility Assessment
With its new incremental formulation PAM-QUIKSTAMP enables a quick evaluation of the draw die design.
It represents the optimal compromise between accuracy and computation time.

PAM-AUTOSTAMP
Simulation for Production Validation
With its newly re-engineered platform PAM-AUTOSTAMP allows the final validation of the whole process. It includes quality control, tolerances, trimming, improved springback and flanging.

Open Mind (c) hyperMILL V9.5

The new version of hyperMILL V9.5 is a genuine quantum leap in aspects such as ease of programming, time savings and optimisation of machining times. In the end result, your time savings are enormous – both during programming and the actual machining. The basis for these benefits include the following features:
Extended feature technology that automates and standardises your programming work for characteristic geometries
Macros that can be linked to machining strategies
Macro database for that allow you to recall any previously stored macros
Fully automated collision avoidance with automatic calculation of tool position for 5-axis machining Selection of preferred axes for collision avoidance, optimised for each machine
New simulations for machines and removal processes
More info under http://www.openmind.de

Vero.Machining.Strategist.v8.0274

Adaptive Clearing - A new and unique roughing strategy has been included for v8.0. Unlike the traditional roughing routine using offset contours, each Z step must be shallow enough to limit the maximum tool load. This forced tool wear to be only at the tip of the cutter and the cutting forces applied at the furthest point from the tool holder. The new Adaptive Clearing Strategy eliminates full width cuts using a concept similar to trochoidal milling. This unique cutting technique provides the ability to cut using the full depth of the tool and safely run your machine at the optimum speed. Tool wear is spread evenly across the cutting surfaces and the centre of force is half-way up the tool, reducing deflection and the potential for vibration. Using Adaptive Clearing, the cycle automatically adjusts the toolpath for efficient and safe machining, improving cutting conditions and allowing higher machining speeds to be maintained.

VERO.Visi.Series.v14.0. Sp2 with Post

VISI-Design represents the fifth generation of CAD software developed by a
programming team that has maintained its objective of providing practical and
productive aids for the mechanical design engineer.

The software consists of three main parts: a 憇ketcher?for conceptual
design, a constraint manager for parametric design and a complete drafting
module for detailing any type of mechanical project

More info under http://www.vero-software.com/

Agilent_GENESYS 2006

In addition, the Agilent GENESYS 2006.10 release includes:

Faster simulations -- All simulations run 3-15 percent faster than the previous release. DC analysis provides as much as a 10:1 speed improvement compared with GENESYS 2004.07.
Better linear analysis -- Linear analysis is more accurate, creates persistent data sets and has an improved equation processor.
Model improvements to MCURV, MIDCAP, AIRIND2, Stripline bend, MCR and Stripline tee -- A new 2-port dataset part was also added, and dataset models now support Y-parameter input.
New ConvertToQrtrGrid script -- This script converts all symbols on a schematic to a quarter-grid for schematic and synthesis designs, allowing for alternate component alignment.
Substrate sets in designs -- A substrate set can be included in the design, and models can have private substrates.

ANSOFT.MAXWELL.2D&3D V11.1

3D Electromagnetic-Field Simulation for High-Performance Electromechanical Design
Maxwell?3D is the leading electromagnetic design software for the simulation and analysis of high-performance electromagnetic and electromechanical components common to automotive, military/aerospace, and industrial applications. Maxwell 3D provides users a virtual laboratory on their desktop to study static, frequency-domain, and time-varying electromagnetic fields in complex 3D structures.

Maxwell 3D v11 features a new Microsoft Windows?based user interface that provides a highly integrated architecture, unmatched automation, and productivity enhancements. This new release maintains Maxwell's reputation for accurate electromagnetic-field computation while redefining the term "user-friendly."

What's new in v11?


Transient with expanded rotational motion
One moving object and two stationary objects
Non-cylindrical rotation
Electric field and conduction solver integration

Integrated 3D modeler featuring ACIS v14 and MFC technology
Standard primitives and multi-sweep functions
Boolean operations: union, subtraction, intersection
AnsoftLinks?(cost option) for import of Pro/E files

3D automatic, adaptive mesh technology
Fault-tolerant meshing algorithms
Mesh-generation feedback to the solid modeler
GUI performs validation and integrity checks
Software identifies artifacts of imported geometry
Mesh-based model resolution

ALTAIR.HYPERWORKS.V8.0

Fully Leverage Your Technology Investments with HyperWorks

A software philosophy built upon openness, programmability and automation

HyperWorks is more than just a collection of high-end applications: it's an integrated engineering framework for maximizing product performance, automating processes and improving profitability within an open and flexible environment. Built from the core up to be programmable, automated and interoperable with all major commercial CAD systems and CAE solvers, HyperWorks enables innovation by providing high-end, value-based product design solutions within one common engineering environment.

A complete framework for high-end finite-element and multi-body systems simulation


Modeling and Assembly
Robust Design and Optimization
Design Analysis
Visualization and Reporting
Virtual Manufacturing
Automation and Data Management

Mastercam X2 V11.3.05

Mastercam X2 includes a wide variety of powerful new tools – from CAD file change recognition to efficient high speed toolpaths that can used ... Mastercam X2 can track these changes and help you update toolpaths for the revised design. ...

Flow-3D v9.1(c) Flow Science Inc

Additions to Two-fluid Phase Change model. The two-fluid (liquid and compressible gas) evaporation/condensation model has been extended to allow condensation in pure gas and evaporation in pure liquid for both sharp and diffuse interface cases, and to enable preferential vapor nucleation (boiling) at walls.
Two-fluid Interface Slip model . When the two-fluid, sharp interface model is used, and the ratio of the densities of the two fluids is large (fluid #1 is heavier than fluid #2, like water and air), then velocities of the fluids at the interface can differ significantly. The newly-added interface slip model takes this into account improving accuracy and stability of the flow solution.

New Cavitation Potential model. This new model is designed to predict die erosion due to cavitation during filling in high pressure die casting. Metal pressure can drop several atmospheres below the metal vapor pressure in areas of very fast flow, possibly causing cavitation and erosion.

Surface Tension model enhancement. The accuracy of free surface curvature evaluation has been improved by including more fluid cells in the calculation. Additional improvements in free surface normal evaluation result in reduced noise in surface tension pressure. These enhancements, combined with the Split Lagrangian VOF method, improve the accuracy of the surface tension model in general.

Heat transfer solver improvement. The speed of the implicit solver for the heat transfer model has been increased by up to a factor of two. Convergence has also been improved. The explicit solver for the thermal conduction in fluids has also been optimized for speed.

FEFLOW 5.3 for windows 32&64&Linux

64-bit technology for Windows and Linux
FEFLOW is now available for the 64-bit versions of Windows (XP X64 Edition, Server 2003 X64 Edition, and Vista X64 Edition) and Linux (SUSE 9.2, 9.3, 10.0, 10.1, Fedora Core 4 and 5, Ubuntu 6.06). 64-bit technology is essential for running large models requiring more than about 2 GB of RAM.
Parallel computing on Windows and Linux
Parallel computing on multi-processor machines or computers with multi-core processors is now supported on both Windows and Linux systems.

Hummingbird Exceed as default X server
The X server XVision is replaced by Hummingbird Exceed as the default X server on Windows systems.

WGEO map tool replaces FEMAP on Windows
On Windows systems, the georeferencing tool FEMAP is replaced by the software WGEO for georeferencing, geoimaging and coordinate conversion. A license for WGEO Basis is delivered with FEFLOW.

Mesh generation
New mesh generator Gridbuilder
For the generation of the finite element mesh, the mesh generator Gridbuilder, developed by Rob McLaren at the University of Waterloo, Canada, is available. Gridbuilder has its main advantages in very flexible refinement along add-ins and polygon borders and in the handling of complex superelement meshes.
Additional options for Triangle mesh generator
Using the Triangle mesh generator, the mesh can be refined along specific sections of polygon borders or add-ins. A target element size can be specified to define the maximum edge length for elements at borders or add-ins.

Edge flipping for mesh improvement
The mesh geometry editor contains new functionality for flipping edges for two neighboring elements in triangle meshes. This is useful for improving the mesh quality, avoiding obtuse angles at specific

ESI-Procast-v2006

Three main improvements have been made for the new version. ProCAST 2006 can now predict porosity by taking into account the phenomenon of graphite expansion in nodular cast iron. In this specific material, the formation of graphite nodules during solidification leads to a volume expansion. The capacity of ProCAST 2006 to couple local microstructure calculations with porosity predictions is a real benefit for the cast iron industry.
Secondly, with the delivery of ProCAST 2006, important progress has been made – the meshing time for models that previously took hours to mesh now only takes minutes with the new version. This improvement is also due to the use of Geomesh, the ESI Group tool for geometry analysis and repair, whose interface allows the use of major industrial native CAD file formats.

Finally, parallel processing of mould filling and solidification had already been included in the previous ProCAST release. With this new ProCAST 2006 version, the stress module is fully parallelised, allowing the complete casting process to be simulated in hours.

Casting process simulation is now widely accepted as an important tool in product design and process development to improve casting yield and quality. ESI Group’s casting portfolio includes ProCAST, the market-leading finite element solution for casting process simulation; CALCOSOFT, for fast and efficient modeling of continuous casting processes; and PAM-QUIKCAST, the finite difference solution for casting process evaluation. ProCAST 2005 has received the European Technology Leadership of the Year Award from Frost & Sullivan.

MAGMAsoft v4.4

The new version of MAGMA's casting simulation software, MAGMASOFT. ®. 4.4, has. been available since early 2006. ... supported by MAGMASOFT. ®. through a presentation composer. The composer. allows to create 3D objects and export
MAGMASOFT® is a comprehensive simulation tool for the technological and quality focused production of castings. Its simulation capabilities show you the way by providing a better understanding of mold filling, solidification, mechanical properties, thermal stresses and distortions, and much more. Fully menu-driven with an integrated solid modeler, CAD interfaces and extensive databases, MAGMASOFT® provides a complete solution for your design, production and quality departments.
MAGMASOFT® helps you to avoid gating and feeding problems, predict casting quality, aids permanent mold design and reduces fettling costs.
MAGMAsteel
The MAGMAsteel module provides extended capabilities to support the entire manufacturing route for steel castings, from layout through heat treatment, production planning and methoding.
MAGMAlpdc
MAGMAlpdc is designed to perform a comprehensive process simulation for the low-pressure die casting process. MAGMAlpdc takes into account all process factors which affect the heat and fluid flow and casting quality.
MAGMAlpdc can provide information about the following: • The die filling based on furnace pressure • The feeding conditions in the casting during solidification taking into account the applied pressure and resultant metallostatic pressure and gravity • The effect of individual cooling or heating channels as well as their control • The effect of die spraying or coatings • The influence of cores or inserts • The effect of the sequence of die opening and closing through the individual control of each die section
Convection and Segregation MAGMAsteel uses the latest models to calculate the velocities and pressures of the metal, in both the liquid melt and mushy zone, due to thermal and solutal natural convection. The effects of this flow on the thermal map in the solidifying casting are taken into account. The calculated velocities are also coupled with an advanced microsegregation model for the dendritic scale, to track the redistribution of the elements in the alloy and predict macrosegregation.
Heat Treatment MAGMAsteel calculates heat transfer during the heat treatment process based on the changing conditions during austenitization, quenching and tempering. The analysis provides a prediction of the local microstructures and mechanical properties throughout the casting.
MAGMAhpdc
MAGMAhpdc provides a comprehensive simulation of the High-Pressure Die Casting (HPDC) process using detailed process and boundary conditions.
In MAGMAhdc all important parameters influencing heat flow and the die thermal balance of the die can be considered, such as : • Ejection time • Die opening sequence • Delay time (simulating effect of cycle interruptions on the thermal balance)• Die closing sequence• Less time until the beginning of the next cycle• Individual control of each cooling or tempering channel • Definition of die spraying procedure• Venting and vacuum• Local squeezing definition
MAGMAhpdc also supports the setup of shot sequence by a comprehensive shot calculator module, considering the casting demands and the die casting machine capabilities. The shot calculator provides information for the simulation setup of the recommended first and second phase shot profile.
MAGMAwheel
MAGMAwheel is designed to perform a comprehensive process simulation of the low-pressure die casting process for wheel castings. The module takes into account any major heat and fluid flow relevant process and boundary condition. The functional range of the module MAGMAwheel corresponds essentially with that of the module MAGMAlpdc.
Main objectives of the module: • Definition of filling condition either as function of furnace pressure or applied at the gate, as function of time or flow rate. • Separate definition of pressures for filling within the tube and within the casting. • Definition of applied pressure time during solidification • Calculation of feeding conditions within the casting as function of gravity, the applied pressure and the actual metallostatic pressure.
MAGMAiron
The MAGMAiron module uses a microscopic kinetic growth model, which predicts the solidification sequence of cast iron alloys. Based on the alloy composition and the applied metallurgy, MAGMAiron predicts the type and amount of graphite (grey, ductile or compacted iron) formed and gives an accurate simulation of competing graphite expansion and solidification contraction forces through which shrinkage and porosity are determined. This also allows the prediction of the final microstructures and mechanical properties in the casting.
MAGMAiron supports the foundryman by: • determining the effect of any risering and gating system design on the casting quality • removal or adjustment of features such as chill • provides "maps" for the variation in mechanical properties through out the casting • supports improved inoculation treatment in relation to alloy composition

MAXSURF V12.04 (c) 2007 FORMSYS

The Maxsurf range is an integrated suite of CAD/CAM software for the
Design, Analysis & Construction of all types of marine vessels
Maxsurf provides naval architects and shipbuilders with a complete range
of software tools for all phases of the ship design and construction
detailing process. All modules in the range operate from a single
database which allows design changes to flow through automatically and
facilitates smooth communication and co-ordination between different
departments.
All Maxsurf modules share a consistent Microsoft Windows graphical
interface which reduces training time, greatly increases ease of use,
and helps designers and builders visualise complex configurations.
Maxsurf is based on industry standards like NURB surface modelling,
DXF and IGES data exchange and smooth data transfer with AutoCAD,
Maxsurf is based on industry standards like NURB surface modelling,
DXF and IGES data exchange and smooth data transfer with AutoCAD,
Microstation and Microsoft Office programs.

Tribon M3 license cracked

Tribon M3 is an integrated software system for ship design and offers the highest quality in the design and production processes. The first Tribon packages have been developed by Tribon Solutions (former Kockums Computer Systems). In 2004 Tribon Solutions have been acquired by AVEVA Group plc (formerly known as Cadcentre). M3 is the last Tribon version. It includes initial design modules, basic design, hull modeling, outfitting modeling modules, assembly planing and work preparation modules. Works on Windows systems and is developed exclusively for shipbuilding industry

Shipconstructor 2006 Crack Rls

ARL developed ShipConstructor, an easy-to-use 3D Product-Modelling software for the design and fabrication of complete ships and offshore structures. In 2002, ARL Asia has proven that AutoCAD users with only two weeks training can readily make use of ShipConstructor to build $200M oil rigs. ARL released ShipConstructor2005 to enhance of functions in AutoCAD2005/6. It will handle all 3D modeling of ship design including hull-fairing, lofting, structure, piping, penetrations, HVAC, outfitting, fully automatic plate nesting and CNC-coding; all integrated with an SQL database for easy project management and communication with any other database systems.
.Fairing & Lofting
. Structure Detailing
. Piping
. Outfitting
. Plate Nesting
. Block Nesting
. CNC Plate Cutting
. Penetrations
. HVAC
. ProfileNEST
From:Caxsoft Site

Happy New Year

Happy New Year :-)