Aerospace

Budget squeezes in the military and commercial aerospace industry are here to stay. For the military, efficient product development management and product life cycle costs are the key in awarding contracts. Whereas, for the commercial sector it is the need to build larger, faster and more economical planes with the same constrained budgets. Bottom line, the aerospace industry is looking at 'affordability'. Cranes has been helping the aerospace industry for the last two decades in analyzing complex problems which in many cases would be prohibitively expensive to test physically.

Solutions for Aerospace Solid Modeling FE Mesh Generation Mechanism motion Analysis Stress Analysis Seismic Analysis Composite Material Analysis Fatigue Analysis Weld or Riveted Joint Analysis Aero-Elasticity Thermal Analysis Rotor Dynamics CFD Fluid-Structure Analysis Electromagnetic Analysis Avionics-electronics PCB analysis Projects Executed Conjugate heat and fluid analysis of SDP unit Structural analysis of planar printed array antenna Conjugate analysis of C and X band array assembly of ground radar Lift and Drag analysis of aircraft antenna housing Frequency Based Composite Design for Multi-Axis Gimbal Systems Vibration analysis of an aircraft wing and fuselage made of composite material Analysis of an antenna support platform for flightworthiness Analysis of satellite for thermal management Aircraft tyre contact analysis Random vibration analysis of antenna cabin Analysis of an avionic instrument for flightworthiness Analysis of a helium balloon Stage sparation in space vehicle