Industries Automotive Engineering

Quenching: Virtual Heat Treatment Optimization

Next-Gen Automotive Engineering: CFD & FEA-Based Powertrain, NVH, Combustion & Thermal Simulation

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Quenching: Virtual Heat Treatment Optimization — Industries Automotive Engineering

FEA simulations can predict local temperature gradients, the overall cooling history, and the resulting material properties after quenching. This information can be used to optimize the quenching parameters, such as cooling rate, quenching medium, and immersion time, to achieve the desired material properties while minimizing the risk of distortion or cracking.

To accurately simulate the quenching process, it is important to consider the effects of material properties, such as thermal conductivity and heat capacity, as well as the geometry and initial temperature of the component. The simulation should also account for the interaction between the component and the quenching medium, including convective and evaporative cooling effects.

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We focus on strategic use of CAE to Optimise Designs, investigate and resolve problems, and minimise time and cost to market. Advanced geartrain modelling and analysis software packages, provides the foundation of concept and definitive design for all driveline and transmission projects that we undertake.

Powertrain component development involves the design and optimization of various components such as engines, transmissions, and axles. FEA and CFD-based simulation can be used to evaluate the structural integrity, fluid dynamics, and thermal performance of these components, allowing engineers to optimize designs and improve performance.

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