“The Coupled Eulerian-Lagrangian formulation in Abaqus/Explicit was especially well suited for such an analysis since it can account for material nonlinearity, contact nonlinearity, and progressive failure prediction while still handling significant deformations, Abaqus was able to carry out the multi-step simulation efficiently with its parallel computing capabilities.”
"Since we have started working with MineSched, our team training and mine planning at Meadowbank has improved significantly."
"DELMIA helps build customer confidence in Pemamek because we can show our clients that our solutions will work."
“With a customer engagement system like EXALEAD OneCall, we have a better clientemployee experience overall.”
"One of the major advantages of using Abaqus Unified is its ability to provide comprehensive linear and nonlinear dynamic analyses of building structures, taking into account the interaction of structures with the foundation, which invariably contributes to improving the overall safety of a plant."
“With Abaqus FEA we can create computer models that let us look inside both the mattress material and human tissues to evaluate internal stresses and strains. This is extremely important because most pressure sores develop from deep within tissue outwards to the skin.”
“The graphics quality of 3DEXPERIENCE is noticeably better than a lot of CAD applications.”
"For us, UberCloud’s high-performance cloud computing environment and the close collaboration with HPE, Dassault Systèmes, and Advania, were critical to speed-up our simulations, which help us to identify the arrhythmic risk of existing and new drugs in the benefit of human health."
"Steam turbines need to be able to start-up rapidly, react to load changes in a quick and predictable way, and tolerate the stresses inherent in these operating conditions. These are key technological challenges for modern power plants and for our engineering team.”
"Civil engineering has until very recently relied on linearly elastic, small deflection FEA methods used in software tools as the backbone of bridge analysis. However, this method is, in many instances, an approximation and doesn’t capture the full range of real-world nonlinear responses in these increasingly larger and more complicated structures. Higher-order methods found in advanced FEA software are becoming more commonplace in the industry because they provide the capability to incorporate nonlinearities to account for realistic stresses and deformations that will influence the performance and service life of a bridge.”
“Dassault Systèmes V5 PLM software was selected as the main design-to-manufacture tool for the Mechatronic Degree because it is one of the industry standards among car manufacturers and their suppliers. The need for native files through the supply chain to the OEM is paramount and DS is the only completely acceptable automotive solution in this country.”
"Ultimately, it’s about developing the very best products possible for our customers. SIMULIA’s tools help us do just that."
“The quality of the geometric modeling is much better. We can model things now that we couldn’t even imagine before.”
"With everyone accessing the latest product information, we run fewer risks of manufacturing errors."
"It’s important to follow the evolution of a plant over a long period of time, and ENOVIA SmarTeam is flexible enough to adapt over the years as the needs of the plant evolve."
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