Simulation in aerospace and defense accelerates product development and drives innovation by providing detailed insights into system performance and behavior. It enhances design efficiency and reduces costs by enabling virtual testing and optimization.
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Use CF simulations to optimize aerodynamics to enhance performance and efficiency.
Analyze combustion dynamics to account for chemical reactions, acoustic impedance, and heat release rate coupling.
Simulate and optimize ion concentration, Lorentz forces, and communication blackout.
Simulate and optimize trajectory, aerodynamic interference, and shock impact.
Simulate shock capturing, pressure distribution, skin friction, and flow control.
Simulate and assess how aircraft components respond to the forces generated by bird collisions, ensuring safety and structural integrity.
Simulate elastic/plastic behavior of materials, large displacements, contact interaction, and material failure phenomena.
Assess how the landing gear responds to forces, vibrations, and operational conditions.
Predict potential impact damage, covering factors like fiber and matrix failure, delamination, rupture, and crack propagation.
Simulate and assess structural response to explosive forces.
Optimize positioning of antennas and mitigate interference.
Take into effect of Blade rotation on the antenna gain and radiation pattern
Here are a few case studies showcasing how our services have helped clients across industries drive innovation, enhance performance, and achieve their goals.
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