- Press workability evaluations
- Evaluations of composite materials
汽車產業 Automotive
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- Motors
- Gearboxes
- Inverters
- Lubricating Oil
- Lithium-ion batteries (LiB)
- Fuel cells (FC)
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- Joints
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- VOCs in car interiors
- Aldehydes
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- Evaluation of Damping Characteristics of Shock Absorbers
- Smells within Vehicles
- Quantitation of Feeling Tests
- Evaluating Durability of Steering Mechanisms for Automobiles in Three Axes
- Judgment of Acceptance of Light Shielding Films for Automobiles
- Photocatalysts
Evaluations of the attenuation characteristics of shock absorbers
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Evaluating Shock Absorber Performance
Quantitation of sensory tests
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- Parts durability
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- LiDAR
- Quantitation of Ride Comfort
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- V&V of CFRP Tensile Testing Results
- Determining the Failure Mechanisms of Composite Materials—Observation of the Failure Process in CFRTP—
- Improving CAE Reliability for Composite Materials—Three-Point Bending Impact and High-Speed Compression Testing of Composite Materials—
- Analysis of the Failure Behavior of Fiber Reinforced Plastics in High-Speed Compression Testing
- Dynamic Tensile Testing Using a Three-Dimensional DIC Analysis System —Observation of Strain Distribution and Measurement of Strain in Polypropylene Just before Fatigue Failure—
- Reduction in the Number of Operations for Dimensional Measurement of Complex Molded Products
- Improvement of the Accuracy of CAE Analysis of Press Processing of High Tensile Strength Steel Material
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Crystallization
Density
Product Shapes
Strength Fatigue
Surface
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Application news/information
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Application news/information
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