Tag Archives: Simulation

The What, Why and How of MODSIM for developing better products faster

Dassault Systemes SIMULIA MODSIM Software is a comprehensive suite of simulation tools that helps manufacturers design, develop, and optimize products and processes. MODSIM provides a unified modeling and simulation environment that enables engineers to quickly and easily create and analyze complex models, perform virtual testing, and optimize designs for performance, manufacturability, and cost.

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What’s new in Abaqus 2023 – Contacts, constraints and material enhancements

Robust convergence for rigid bodies and couplings:                                                               2022xFD04 The reference nodes of rigid bodies and couplings are not treated as general nodes anymore for the residuals convergence. A weighted factor has been introduced in the denominator. This factor (f) has a default value of 1 if the node is not a reference node. In case of reference node, the

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Simulation Benchmark – a structured approach to assessing your digital simulation maturity

Does your organization build mutiple prototypes for physical testing and verification? Do you feel that you could leverage more CAE and simulation technology? Is getting simulation results a bottleneck in your engineering process? If the answer is yes, you could benefit from a Simulation Benchmark. The Simulation Benchmark assessment captures the opinions of senior and knowledgeable personnel in your organization

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Fluid Modeling Techniques in Abaqus

Many of our Abaqus customers don’t know that the Computational Fluid Dynamics approach (CFD) is not the only method of modeling fluids in Abaqus. There are many other possibilities and the right approach depends on the physics of the problem. This blog post discusses the multi physics methods of modeling fluids in Abaqus. CFD method: This is the well-known and

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Simulation for Additive Manufacturing

Additive manufacturing is not a new technology – it was introduced in the manufacturing industry in late 80s for very niche applications. Stereolithography, a variant of additive manufacturing, was introduced in 1986 for rapid prototyping applications; however, its true potential remained hidden for a long time. Additive manufacturing primarily refers to methods of creating a part or a tool using a

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