HyperWorks Release Notes

HyperWorks Solvers 14.0 Release Notes

HyperWorks Solvers 14.0 Release Notes

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HyperWorks Solvers 14.0 Release Notes

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HyperWorks Solvers is a collection of finite element and multibody dynamics solvers for structural, fluid-dynamics and systems simulation. These solvers can be employed for simulation driven design as well as design optimization.

OptiStruct

Design and optimization software using finite elements and multibody dynamics

RADIOSS

Finite element solver for linear and nonlinear problems

MotionSolve

Multibody dynamics solver

AcuSolve

General purpose finite element computational fluid dynamics (CFD) solver

HyperForge Solver

New solver targeted for extrusion related open die forging applications

HyperXtrude Solver

Finite element based solver for analysis and design of resin infusion processes

 

With the 14.0 release, a renaming of our structural solver products has taken place in order to accommodate the growing trend of applying optimization technologies more intensively in the product development process, instead of just single run analysis. Moving forward, our structural and thermal analysis and optimization product for linear and non-linear events will be called OptiStruct; this includes analysis disciplines such as linear and non-linear statics, noise and vibrations and thermal analysis. Our product for highly-nonlinear, typically transient events such as crash, impact, forming or blast analysis will be RADIOSS. Both codes are developed with a strong focus on the above mentioned disciplines, and will continue to leverage technology mutually. OptiStruct will continue to leverage the widely used bulk data input format, and RADIOSS will continue to use the well suited block format.

Moving forward, OptiStruct will also serve as the general framework for optimization involving multiple physics including CFD and FSI with AcuSolve and multibody dynamics with MotionSolve, and will also offer API to integrate additional solvers and solutions within a general multi-model framework.

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