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Department of Mechanical and Control Engineering Tokyo Institute of Technology | 論文
- A Simple Formula for the Dynamic Stress Intensity Factor of an Impacted Freely-Supported Bend Specimen
- Specimen Size Requirement for J Characterization Under Mixed Mode Loading
- Ductile Fracture Behavior Near a Crack Tip Under the Mixed More Condition
- Finte Element Analysis for Ductile Fracture Near a Crack Tip under Mixed Mode Conditions : Series A : Solid-Mechanics, Strength of Materials
- Stress Singularities of Multi-Bonded Anisotropic Wedges(Modeling & Simulation)
- Cutting Parameters Optimization and Constraints Investigation for Turning Process by GA with Self-Organizing Adaptive Penalty Strategy(Advanced Manufacturing Technology (II))
- Investigation of the Constraints for Optimization of Turning Process by GA with Self-Organizing Adaptive Penalty Strategy(Digital design and digital manufacturing (continued))
- MC-33 DESIGN OF A HIGH NATURAL FREQUENCY POSITIONING MECHANISM
- Nonlinear Bending Vibration of a Rapidly Driven Flexible Arm
- P-HDI-07 2-DOF ANALYSIS OF FRICTION-INDUCED SLIDER VIBRATIONS IN A NEAR-CONTACT REGIME
- C18 Machining properties of hard-brittle materials under high external hydrostatic pressure(Ultra-precision machining)
- 133 Fabrication of Nano formed surfaces on hard brittle materials
- TED-AJ03-228 Visualization of the membrane temperature field of a polymer electrolyte fuel cell
- Physical and Chemical Processes of the Excimer Laser Ablation of Polyethylene
- Surface Generation Model in Grinding with Effect of Grain Shape and Cutting Speed(Grinding technology)
- Monitoring of Tool Wear States in Turning Based on Wavelet Analysis
- P-HDI-08 Identification of Stiffness and Damping in Collision of a Spherical Slider with a Magnetic Disk
- Thermal Isues in Semiconductor Electronic Devices : Device Level Thermo-Electronic Modeling
- TED-AJ03-607 MICRO FLUID CONTROL DEVICE USING SURFACE PROPERTIES
- A36 Single Point Micro Incremental Forming of Miniature Shell Structures(M4 processes and micro-manufacturing for science)