Computational simulation is a powerful tool for solving complex engineering problems that involve the finite element method (FEM). FEM is a numerical technique that divides a domain into smaller elements and approximates the governing equations at each element. By using computational simulation, engineers can perform FEM analysis faster, more accurately, and more efficiently than using
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Finite element analysis (FEA) is a method of solving complex engineering problems involving structures, fluids, heat transfer, and other physical phenomena. FEA divides the problem domain into smaller and simpler parts called finite elements, and then applies mathematical equations to describe the behavior of each element and the interactions among them. FEA can find approximate
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Earlier this month, AltaSim hosted a webinar in conjunction with COMSOL that focused on Adapting the Electrical Grid for Green Energy. Our host, Josh Thomas, a senior engineer at AltaSim Technologies, shared how the renewable energy industry has matured substantially over the past two decades. Currently, the renewable energy industry provides more than 20% of
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We recently exhibited at the Advanced Materials Show USA and as a first-time exhibitor, we went in with limited expectations. Over the course of the two-day show, we quickly learned what an honor it was to be among more than 100 other exhibiting leaders in the industry to not only learn more about the latest
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This past month, AltaSim hosted a webinar in conjunction with COMSOL and Tech Briefs, where they demonstrated how to reduce the need for physical prototyping with sensor design. Through a live demonstration of sensor simulation using Multiphysics software, they showed how Multiphysics simulation captures the physical behavior of sensors more accurately than single physics simulations. Our
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Introduction We are often asked by engineers, product designers and researchers how AltaSim Technologies can guide them on the path to solving challenges using COMSOL Multiphysics simulation software. As we shared in the first two parts of this three-part series, our team of experts will work with your engineering department to develop a scope of
Multiphysics simulation is a complex, powerful computational technique that lets you explore all the real-world physical interactions that a complex product may encounter during use including fluid dynamics, electromagnetism, acoustics, and optics. When you’re designing and testing a product with a low to no error margin, Multiphysics simulation is extremely accurate. Take for example the
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Here at AltaSim Technologies, we are more than a collection of highly skilled engineers solving problems associated with complex analyses and advanced Multiphysics computational simulations. We are also a team that is drawn together by a common sense of purpose, and we pride ourselves in the relationships we build with our clients–relationships built on trust.
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Introduction We are often asked by engineers, product designers and researchers how AltaSim Technologies can guide them on the path to solving challenges using COMSOL Multiphysics simulation software. As we shared in the first of this three-part series, our team of experts will work with your engineering department to develop a scope of work that
Introduction Engineers, product designers and researchers often find our website and then reach out to us with questions about how AltaSim Technologies could be a guide on their path to solving challenges using COMSOL Multiphysics simulation software. I thought I would share some of the key components of these conversations to help you understand how