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High-fidelity simulation and immersive training enable hospitals to visualize and prevent airborne contamination before it occurs. This proactive approach helps protect both patients and healthcare workers through data-driven insights and real-time visualization.

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With the virtual twin in place, teams can “fly through” the factory before it exists, test different layouts, and watch the flow of parts, people and robots to see where space, time or energy will be wasted.

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Wind and solar are top of mind when we think of the energy sources of the future, but what if nuclear is what we should be betting on?

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Learn how electromagnetic simulation can be used through the GRIN lens design process in order to optimize the lens design and meet requirements.

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Deploying virtual twins for urban infrastructure projects provides urban planners with a unique tool for solving big challenges.

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Proactive manufacturers now treat economic uncertainty not as isolated incidents, but as ongoing tests of their operational readiness and digital maturity.

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At Dassault Systèmes, we are shaping the future of the mining industry and redefining its value. This is reflected in the technological solutions we provide to address global challenges, applying a thoughtful approach and vision that connect all stakeholders within the social and environmental systems we depend on. We provide the building blocks for the Sustainable Mine of the Future by mitigating risks, minimizing environmental impact, and maximizing efficiency.

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Controlling noise, vibration and harshness (NVH) is crucial to meeting customer expectations in the automotive market. NVH has historically been investigated in the later stages of development, after physical prototypes have been constructed, and rework to fix NVH issues can be expensive and increase vehicle weight. In this blog post, we show how unified modeling and simulation (MODSIM) can reveal noise and vibration issues at any stage of development, allowing engineers to find and resolve problems before committing to a design, and to find the root causes of noise and vibration. MODSIM accelerates product development and reduces the risk of late-stage NVH problems.

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Denovicon Leverages a Hybrid Machine Learning—Physics-based Platform

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We spoke to Dr. Puneet Mahajan, Professor, Department of Applied Mechanics, IIT-Delhi, who discussed his research simulating the erosion and repair of wind turbine blades due to raindrop impacts, specifically looking at the blades’ life expectancy. He explores using Abaqus software to model the effects of high-intensity rain on the blades and predict stress patterns in wind turbine blades, including the effect of voids in the blade coating. The study also explores innovative repair techniques, such as UV curing, which significantly reduces repair time compared to traditional thermal methods. He also highlights the importance of validating simulation results with experimental data to ensure accurate predictions and improve the design and maintenance of wind turbines.

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