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#Mbd solidthinking inspire portable
HyperMold, solidThinking, solidThinking Evolve, solidThinking Inspire, Durability Director, Suspension Director, AcuSolve, AcuConsole, HyperWorks On-Demand, HyperWorks Enterprise, PBS Works, PBS Professional, GridWorks, PBS GridWorks, PBS, Portable Batch System, PBS Analytics, PBS Desktop, e-BioChem, e-Compute and e-Render. All Rights Reserved for: HyperMesh, HyperCrash, OptiStruct, RADIOSS, HyperView, HyperView Player, HyperStudy, HyperGraph, MotionView, MotionSolve, HyperForm, HyperXtrude, Process Manager, Templex, Data Manager, MediaView, BatchMesher, TextView, HyperMath, Manufacturing Solutions, HyperWeld, Listed below are HyperWorks applications. Interaction, and multi-body dynamics applications. Solutions for linear, nonlinear, structural optimization, fluid-structure Open-architecture CAE solutions in the industry, HyperWorks includesīest-in-class modeling, analysis, visualization and data management HyperWorks is an enterprise simulation solution for rapid designĮxploration and decision-making. The automotive, aerospace, government and defense industries andĪ growing client presence in the electronics, architecture engineering
Has been leading the charge to advance the frontiers of knowledge,ĭelivering innovation to more than 5,000 corporate clients representing Developing andĪpplying simulation technology to synthesize and optimize productĭevelopment processes for improved business performance is our specialty.įrom computer-aided engineering to high performance computing,įrom industrial design to cloud analytics, for the past 30 years Altair Solving diverse and challenging problems through the strategicĪpplication of technology and engineering expertise. This is done by multiplying the modal participation coefficients by the modal stresses or strains for each time or frequency step.įeature Articlesat Īltairs vision is to radically change the way organizations design
#Mbd solidthinking inspire software
The movement is calculated by multiplying the calculated modal participation coefficients by the modal vector for each point for each time or frequency step.Īfter the MBD analysis is performed by Software such as AVL EXCITE and SIMPACK, the calculated modal participation coefficients for the Flexible Body can used to calculate the elemental stresses and strains in either the time or frequency domain.
Also, some of the model information can be stored along with interior point modal vectors so that the MBD software can show movement of the Flexible Body in its post-processor. In addition to the reduced mass, stiffness, and damping matrices, the inertial invariants need to be calculated for the moving Flexible Bodies. The number of DOF can be reduced from the number of Finite Element DOF to just a few hundred Craig-Bampton modes. The Flexible Bodies are created using the Component Mode Synthesis (CMS) with the Craig-Bampton reduction method. There are two types of Flexible Bodies used in Multi-Body Dynamic (MBD) analysis: fixed (such as an engine block) and moving (such as a crankshaft or connecting rod). Modal condensation techniques are used to reduce large Degrees of Freedom (DOF) models to Flexible Bodies, in order to be used in dynamic analysis. Finite element models are extensively used in research and development of automotive engines.
Its time to shorten engine dynamic analyses, thanks to a tighter integration between Altair OptiStruct and AVL EXCITE. Engine Dynamic Analysis Using Flexible BodiesHarold Thomas, Director of Solver Technology, Altair