ENGINEERING, CAD/CAM & EDUCATION SOLUTIONS

CFD-ACE+

Computational Fluid Dynamics & Multi-physics Software

CFD-ACE+ is the most Advanced CFD & Multiphysics software. It is a general, partial differential equation (PDE) solver for broad range of physics disciplines including: flow, heat transfer, stress/deformation, chemical kinetics, electro-chemistry, biochemistry, electrostatics, electromagnetics, microelectronics, biology, and others - in any combination. It solves them in multidimensional (0D-3D), steady or transient form. The code can be used to solve complex engineering and scientific problems in various disciplines. It enables coupled simulations of fluid, thermal, chemical, biological, electrical and mechanical phenomena. CFD-ACE+ is used by over 400 organizations worldwide, for a variety of applications in almost every industry.

CFD-Ace+ is designed to be very modular and expandable in order to support highest level of flexibility for its users. It includes state-of-the-art numerical and physical models, and advanced pre- and post-processing modules. It supports all grid technologies including multi-block structured, general polyhedral unstructured, arbitrary interfaces, and moving and deforming grids. It also supports most of the commonly used CAD, CAE and EDA data formats. It is designed for parallel computing on high performance workstations and PC clusters.

DFMA

Design for Manufacture & Assembly CAD/CAM Software

The Design for Manufacture and Assembly suite of software gives you tools you can use anytime during the product development cycle to analyze and understand the cost effects of your design decisions. From the earliest conceptual stages of design, DFMA software equips you with quick and accurate cost information. The software also provides a way to work creatively and objectively with your suppliers to find new avenues for improving design efficiency and profitability.

It is a combination of two complementary tools: Design for Assembly (DFA) and Design for Manufacture (DFM). DFA software is used to reduce the complexity of a product by consolidating parts into elegant and multifunctional designs. DFM software then allows the design engineer to quickly judge the cost of producing the new design and to compare it with the cost of producing the original design.

FieldView

Post-processor and Visualization software for Computational Fluid Dynamics

FIELDVIEW is powerful CFD post-processing software to quickly identify important flow features and characteristics in your simulations. It allows interactive exploration for thorough understanding of your results. Examine and compare cases, extract critical values, and make compelling presentations.

Gridgen

Grid Generation for Computational Fluid Dynamics

Gridgen is a software solution to the top problem currently facing engineering analysts: mesh generation for computational fluid dynamics (CFD). In a highly automated manner Gridgen generates structured hexahedral grids, unstructured tetrahedral meshes, and hybrid meshes including prisms and pyramids. Gridgen integrates nicely into a design environment with its open access to CAD geometry, fault tolerant geometry utilization, Windows® Linux®, Mac®, and Unix®, portability, scriptability, and native interfaces to CFD solvers.

Native CAD Readers can be used to read CAD from its native format directly into Gridgen without requiring a CAD license. You can also add nicely bound versions of Gridgen's user manuals to your Gridgen licenses. It is the meshing software used by engineers and scientists worldwide since 1984 to reliably generate high quality grids for engineering analysis.

Grid Pro

The ultimate tool for generating high quality structured multi-block grids for complex geometries ef

GridPro is an automatic object oriented multiblock grid generator based upon a powerful topology engine. It provides ease of use, high quality, rapid generation, and modular parametric design. A unique dynamic 3D graphic environment (az-Manager) provides users with an extremely efficient interactive capability to build topology, edit surfaces, set CFD boundary conditions, and to view multiblock grids. Organization is given by the topology input language (TIL) for which cases are compiled and executed from the graphical environment, without even seeing the TIL code. Each TIL code provides a broad range of parametric design variations for new surface shapes and positions. This stems from topology which gives grid point patterns without regard to precise spatial positions or the details of surface definitions. Modular parametric design comes from the sub-program structure of TIL where a model can also be changed by feature addition, substraction, duplication, relocation, etc.

MD NASTRAN

Multidiscipline Simulation System for Advanced Engineering Analysis

MD Nastran is the world's most powerful enterprise simulation software solution. MD Nastran combines the best-in-class technology platforms including MSC Nastran, Marc, Dytran and LS-Dyna into one fully integrated multidiscipline solution for the enterprise. MD Nastran provides the broadest range of simulation and analysis capabilities available in the market today.

MD Nastran enables engineers to simulate how a design behaves under real-world conditions without having to solely rely on costly physical prototypes. MD Nastran's integrated and multidiscipline simulation capabilities gives engineers increased confidence by virtually testing a product's performance under all conceivable conditions. No other simulation solution in the market can boast the depth and breadth of capabilities that is the core of MD Nastran.

In addition to traditional linear structural analysis, MD Nastran has been revolutionized with integrated, multidiscipline simulation features that enable engineers to perform more accurate simulations faster, and more easily evaluate design decisions through nonlinear, vibration, heat transfer, motion and crash analysis all from within the MSC Nastran environment they have used for decades.

PHOENICS

Flow Simulation for Internal Flows. Practical CFD for engineers

PHOENICS is a proven, reliable cost-effective and easy-to-use tool which simulates processes involving fluid flow, heat or mass transfer, chemical reaction and combustion in engineering equipment and the environment. University Professors find PHOENICS an invaluable tool to help their students to understand fluid flow, heat transfer, chemical reaction and solid stress. University Students use PHOENICS as part of under- or post-graduate courses to perform calculations to validate their experimental data. PHOENICS can help researchers as it allows user defined parameters and formulae to be easily entered, allowing new concepts to be evaluated.

STAR-CCM+

Computational Fluid Dynamics Software

STAR-CCM+ is the "next generation CFD solution." It has been developed by CD-adapco using state-of-the-art CFD modeling and software technology. The result is a code that above all offers outstanding ease-of-use. Utilizing the latest numerical algorithms including an advanced pre-conditioned coupled and segregated solver and state-of-the-art software coding, STAR-CCM+ brings unheard levels of accuracy, reliability and flexibility to the CFD engineer. It has tree-structured, step-by-step, graphical user interface. It features general polyhedral cell formulation: less memory and faster solution, guaranteed results from robust crash-free STAR-CCM+ solver, transparent scalable parallel operation, Legacy mesh compatibility with STAR-CD/ ICEM/ GridGen/ Gambit, and visualization with dynamic steering during analysis.

Tecplot

Post Processing Computational Fluid Dynamics Software

Tecplot is versatile plotting and visualization software for engineering and scientific projects – be it simulation, analysis or experiment. It provides features to plot and animate all your simulation and experimental data exactly the way you want. And when you think of a new, better, or different way to present your data, Tecplot gives you full control over 2- and 3-D plot parameters. Multiple XY, 2 and 3-D plots can be arranged in one layout, plotting tasks can be automated, and results are preasented with brilliant, high-quality output. Tecplot is ideal for post-processing and analyzing your CFD results. Thousands of engineers and scientists rely on Tecplot alone as their CFD visualization tool, those seeking more advanced capabilities complement Tecplot with CFD Analyzer.