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CAE

'CAE consulting services for automotive, rolling stock, aircraft and ship machinery and electric/electronic systems'
We provide analysis services for automotive safety (collision safety, structural durability, chassis performance and noise/vibration),
heat flow analysis and optimization.

Structure endurance

Overview

Evaluation of structural rigidity based on displacement and stress figures under static and dynamic load, with fatigue life forecasting

Topology optimization and establishment of load path to contribute to effective design

Evaluation and improvements to structural performance for environmental loads during vehicle operation

Applicable fields

Static Stiffness & Strength

- Improving rigidity and stabilizing structure for vehicle ride quality and durability

BIW Static Stiffness

Bending Stiffness

Torsion Stiffness

Trunk Lid Static Stiffness

Lateral Stiffness

Torsion Stiffness

Roof Strength

- Improving chassis rigidity in case of capsizing accidents to ensure passenger survivability

Outer Panel Static Stiffness & Strength

- Analysis and improvements to emotional quality from deformation due to external forces such as washing and waxing

Max Pot-Hole

- Analysis of chassis rigidity with regard to underbody impacts from speed bumps, etc.

Side Door Sagging

- Analysis of sagging and permanent deformation of door under own weight and vertical load, and checks for damage to hinges and inner panel

Hood, Trunk/Deck-Lid Slam

- Calculation of overslam, and evaluation and improvement of trunk lid structural safety

Paddle Shift Switch

- Implementation of actuating mechanism, lever stress forecasting, and evaluation and improvement of device rigidity and durability

Power Window Switch

- Implementation of window switch actuating mechanism, stress forecasting, and evaluation and improvement of device rigidity and durability

Door Checker

- Prediction of door checker torque when opening and closing side door; rigidity evaluation and improvements

Optimization Analysis : Shortened cost and development period

- Topology Optimization : Identification of load paths in early development to minimize weight
- Bead Optimization : Minimizing weight increases and improving bending stiffness
- Shape Optimization : Minimizing localized stress concentration and improving durability
- Size Optimization : Optimizing steel sheet thickness to satisfy static and dynamic rigidity requirements

Topology Optimization

Bead Optimization

Shape Optimization

Size Optimization

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