Aerospace Industry

Spacecraft Design and Analysis

Spacecraft design and analysis

To develop a reliable and efficient vehicle for space exploration, researchers at Experiqs conduct advanced computational and simulation analysis, which designs, optimises the propulsion system, and identifies potential failure modes. And also employs a thrust vectoring system for precise maneuverability. Using generative design techniques we optimise structural configuration and component layout, resulting in lightweight spacecraft which is capable of meeting the client’s requirement.
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Air and fuel inlet shape optimization (topology optimization), vehicle or product body optimization, generative design

Composite material analysis

Electromagnetic compatibility (EMC) testing: EM Interference analysis.

Flight trajectory design and optimization, air traffic control, orbital mechanics simulations

Heat transfer and cooling analysis with optimization for engine, battery or fuel cells

Manufacturing process optimization: sensitivity analysis, structural analysis and cost-effectiveness check/analysis

Safety and reliability analysis

Spacecraft design and analysis

Stress and fatigue analysis, safety and failure analysis of wing, fuselage, and other aerospace components

Vibration and noise analysis