With the deployment of a large number of engineering application software, CAE can perform routine structural analysis, thermal analysis, dynamic analysis, etc. on various components of aircraft such as fuselage, wings, control surfaces, engine nacelle, airtight cabin, landing gear, etc. It can also perform fluid solid coupling, thermal structural coupling, aerodynamic analysis, fully meeting the requirements of finite element analysis in aircraft design.
We provide you with industry solutions to improve product development cycles
Aircraft frequency and vibration analysis; Linear and nonlinear static and transient stresses; Instability analysis; Bird collision analysis; Overall aerodynamic performance analysis of aircraft.
Static analysis of aircraft body, wings, and other components; Dynamic response analysis; Analysis of assembly parts for slotted wing sliding rail model; Analysis of the docking plate between the Chinese and foreign wings; Strength analysis of composite material horizontal tail wing.
Multibody dynamics analysis; Component level static analysis; Component level power analysis.
Axis elastic-plastic, static and dynamic analysis, fatigue analysis, optimization design; Static calculation, modal calculation, and dynamic response calculation of disk systems; Modal calculation of blades, dynamic response calculation, and thermal fatigue analysis; Engine casing load analysis and fatigue deformation analysis; Engine bird strike analysis.
Satellite design; Simulation dynamics analysis of satellites; Stress analysis of battery pack bracket; Analysis of the unfolding of solar panels; Design of return capsule.
Our years of project experience provide strong support for your product development
Uav CFD analysis is a technique for the numerical simulation of drones using computational fluid dyn
Since 2007, We has provided professional CAE simulation analysis and consulting services to more than 1400 customers around the world.
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