Pictured Above: Adams Real Time Connected with DiM (Driver in Motion) driving simulator by VI-Grade. MSC Adams has long been the automotive industry’s tool of choice for vehicle dynamics predictions. Now, with Adams Real Time, analysts can reuse the same base model for high fidelity off-line simulations, through SIL (Software-in-the-loop) to HIL (Hardware-in-the-loop) and ADAS …
By Yuya Ando, President of Software Cradle, North America Software Cradle, an MSC Software Company has been developing Computational Fluid Dynamics (CFD) software since 1984. Utilizing CFD software has become an indispensable tool in a multitude of industries such as, aerospace, automotive, heavy machinery, and consumer electronics. Implementing MSC’s CFD Solution, SC/Tetra, can reduce your …
Originally published by Michigan Technological University When working on telescopes that will be launched into orbit, accuracy is king because it is nearly impossible to implement a fix in a million mile orbit. The stresses and degrees of freedom are inspected, verified, and validated far beyond the decimal, and any changes in the numbers between …
MSC Software Company, developer of the leading multi-body dynamics (MBD) simulation solution Adams, has released Adams Explore. It’s a new feature in Adams View and Adams Car that enables the export of user-selected model characteristics to a spreadsheet file (.xlsx format), from which one can modify model parameters, run simulations, and generate plots. Here are some …
By Dominic Gallello & Doug Neill Getting answers that accurately correlate to physical test is the “raison d’etre” for mathematicians and engineers who create CAE applications. The foundation of MSC Software was laid in the 1960’s during the race for space. No matter how much on-the-ground physical testing was done, nothing could completely mimic the ultimate physical test that …
"Marc was founded by Dr. (Professor) Pedro Marcal, which is where it got the name MARC (Marc Analysis Research Corporation). The initial ideas at Marc were to solve the most complex nonlinear engineering problems using this method. Of course, one must remember that computer power was a fraction of what we have today. What ties …