Net Shape
Manufacturing
Laboratory
On-going
The list of on-going researches
Preform design using artificial intelligence (AI)
Research target: Predict a preform design for increase of lifetime of the forging die and removal of defects of the product
Research content:
1) Preform prediction as design variables
2) Preform prediction as design object
3) Development of the smoothing algorithm for estimated preform
Design and evaluation of structural optimization
Research target: Development of Simulation Model for Optimization of Plastic Processing Process of Bearing M50 Materials
Research content:
1) Development of M50 material plastic machining window
2) Development of hot forming process optimization technology based on artificial intelligence and simulation .
Material forming and manufacturing process
Research target: Development of material molding and manufacturing process technology to improve mechanical properties of core components of reducer
Research content:
1) Improvement of hat type candidate process analysis model including recrystallization model
2) A Study on the Analysis Model of Spline Forming Process of Flex Spline
Process analysis of High-Pressure Die Casting (HPDC)
Research target: Development of vibration insulation products and process technology for hybrid materials for future mobility (PBV) Lightweight Dustproof System for global market entry
Research content:
1) High Pressure Die Casting process analysis
2) A study on process management methods using artificial intelligence to predict product defects in advance
Crossmember structure analysis using FEM
Research target: Crossmember structure analysis using FEM
Research content:
1) Crossmember modeling for stress analysis
2) Find and weak part and remodeling
.
Lifetime Prediction of the hot forging die
Research target: Lifetime prediction of the hot piston forging die
Research content:
1) Development of lifetime prediction model based on the fatigue life tests and finite element analyses
2) Prediction of the fracture of the workpiece material using continuum damage mechanics model
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