Technology
Application environment and working conditions analysis
Definition of boundary conditions such as temperature, vibration, shock, etc.
Consideration of product performance, structure and reliability requirements
System-level risk identification and design objective formulation
Thermal, Fluid, Structural and Vibration Simulation Analysis
Key Component Selection Matches Parameters
Multi-physics coupling and system collaborative optimization
Solution selection, lightweighting and performance optimization
Thermal Performance and Temperature Rise Testing
Vibration, shock and environmental reliability tests
Comparison and verification of simulation results and measured data
Failure Analysis, Lifetime Assessment and Design Improvements
Process design and production process planning
Prototype prototyping, small batch and mass manufacturing
Control of key processes and quality consistency
Packaging, Protection, Transportation and Delivery Assurance
