Space Science and Engineering
Simulation is a critical tool in rocket engine design. CFD simulates fluid flow, heat transfer, and combustion processes within the engine, allowing optimisation of performance and efficiency. It helps in predicting aerodynamic forces, pressure distribution, and thermal loads.
FEA, on the other hand, analyses structural integrity under these thermal and mechanical stresses. It ensures components can withstand extreme conditions without failure. Together, these simulations reduce development time and costs by enabling virtual testing and refinement, leading to safer, more reliable, and higher-performing rocket engines.
A CubeSat is a small satellite used for space research, typically built with commercial off-the-shelf components.
CubeSats must withstand the extreme conditions of launch, including intense shock loads and thermal stresses. Additionally, the impact of radiation on these cost-effective devices must be understood, ensuring their durability and functionality in space.
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Advanced engineering analysis plays a crucial role in providing confidence in these satellite systems