Aerospace Industry

Composite material analysis

The engineers at Experiqs employ advanced simulations to model the behaviour of composites under different conditions. Enabling engineers to forecast stress distribution, fatigue, crack propagation, and the effects of machining. Thereby optimising design and enhancing structural integrity as per the client’s requirement.

What we offer

Advanced simulations of composite structures.
Composite fatigue modelling and simulation.
Advanced crack modelling of composites.
Design simulations of new composite materials.
Simulations for machining of Composites (fracture and crack analysis).
Composite resin and fibre curing Modelling.

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Air and fuel inlet shape optimization (topology optimization), vehicle or product body optimization, generative design

Aerospace Industry

Composite material analysis

What we offer

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

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