about
predicting performances
through
CAE advanced simulations
Developing durable, high-performance consumer products demands advanced engineering. CAE simulations offer vital insights, enabling design optimization, prediction of real-world conditions like drops, and accelerated development.
This webinar showcased how Philip Morris, collaborating with Asotech, leverages powerful Ansys simulation tools for their IQOS devices. Learn how advanced material modeling and explicit drop analyses improve geometries, prevent breakage, and how alignment with experimental tests boosts accuracy.
Watch the recording for practical Ansys simulation techniques, see the value of Asotech's expert consulting for enhancing skills and speed, and discover how simulation ensures robust products. Find all resources on this page.
Finite Element Method (FEM) simulations allow us to accurately assess the structural strength, durability, and dynamic behavior of components and systems.
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Using advanced models, we predict stresses, deformations and critical points, optimizing design and reducing cost and development time.
Computational Fluid Dynamics (CFD) simulations enable the analysis of fluid behavior within complex systems, optimizing aerodynamics, thermal dissipation and pressure distribution.
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From studying internal ventilation to industrial cooling processes, our CAE department supports energy optimization and performance improvement of products and machinery.
Multibody simulations allow us to study the motion and interaction of mechanical components in complex systems, improving performance and reliability.
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By combining kinematic, dynamic, and vibrational analyses, our team supports the design of mechanisms with high accuracy, reducing failure risks and increasing product life.
Our CAE team uses state-of-the-art software to provide reliable analyses of metallic, composite, and plastic materials, ensuring engineering solutions of maximum efficiency and safety.
We are here to help you turn complexity into reliable solutions, working with you for accurate and effective FEM simulations.