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RecurDyn Simulation V7R3 USF1

FunctionSIM brings RecurDyn Simulation to USF1

It's been a busy year for the fledgling USF1 Team as they've set up shop in Charlotte, North Carolina, with plans to complete in the 2010 Formula1 season. Fortunately, they've teamed up with FunctionSIM to use RecurDyn simulation to for the design and analysis of the world's most high-tech race vehicle... . See more

FunctionSIM announces RecurDyn V7R3 - now with Symmetric Multi-Processing (SMP)

RecurDyn, the world's leading Integrated Multi-Physics Solver, now boasts Symmetric Multi-Processing (SMP) in version V7R3. SMP enables RecurDyn users to take full advantage of dual- and quad-core workstations, reducing computation times by over 50%. For engineers requiring dynamic finite-element analysis, in which deforming bodies undergo large displacements, the RecurDyn SMP solution effectively doubles the power of your desktop.. . Read more...

ecDIFF 2.1 uses Model Merge Capability to enhance Productivity for Matlab/Simulink® Users

ecDIFF 2.1 enables Matlab/Simulink ® Users to graphically difference their simulation models and then merge the changes into one model of record, helping to reduce modeling time and effort while ensuring quality code. FunctionSIM, in collaboration with National Instruments and ExpertControl GmbH, is offering a series of Webinars to bring current and future ecDIFF users up to date with the latest developments to help you track, manage and update your controller development programs. Read more...

RecurDyn - More Simulations in Less Time

Functional Simulation mean putting your ideas in motion! Whether you are simulating engines, lawn mowers or copiers, RecurDyn's state of the art recursive algorithm can solve your problem 2 - 10X faster than other multibody dynamics codes. Do dynamic finite-element analysis - in one package! Simulate belts, chains and tracks directly in your model. Carry out more design iterations in less time. Spend your time on improving the design, not on running software. Read more...





CDS - Better Cams, Better Valvesprings

The Camshaft Design System (CDS) from Zuck Engineering brings a spline-based approach to valve lift design and cam lobe generation. CDS boasts a library of cam analysis utilities including valve timing control, valve collision detection, frequency analysis and valve spring design. Read More...

Latest News

ecDIFF v2.1 Released Model Difference Model Merge
RecurDyn Simulation V7R3
PRI highlights FunctionSIM Valvetrain Simulation and Cam Design
FunctionSIM and RecurDyn at Rail-Wheel Interaction Seminar 2009
Kyle Busch wins Auto Club 500 in Las Vegas
 
 
 
 
 
 
 
 
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