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Department of Mechanical Systems Engineering Muroran Institute of Technology | 論文
- Mixing of a Hydrogen Jet from a Wedge Shaped Injector into a Supersonic Cross Flow
- Numerical and Experimental Investigations on Mach 2 and 4 Pseudo-Shock Waves in a Square Duct
- GSD-08 ESTIMATION OF FATIGUE LIFE OF CARBURIZED GEAR TOOTH BASED ON STRAIN MEASURMENT BY IMAGE PROCESSING AND DAMAGE MECHANICS(GEAR STRENGTH AND DURABILITY, INCLUDING GEAR MATERIALS AND HEAT TREATMENT TECHNIQUES)
- Correlation between Mass Flux Fluctuation and Fluctuation of Hydrogen Concentration in 2-D Air-Hydrogen Supersonic Mixing Layer
- Conceptual Analysis of Japan's Jovian System Exploration : Interplanetary Orbits and Aeroassistance in the Jovian Atmosphere
- A High-Speed Photography Study on Engagement Process of Wet Clutch
- Corrosion Phenomenon and Its Analysis of 6063 Aluminum Alloy in Ethyl Alcohol
- Visualizaion of Cavitation Phenomena in Wet Clutch Engagement Process
- Measurement of Supersonic Injection Flowfield Using Acetone PLIF
- Particle Sizing by Planar-Phase Doppler System
- COMPARISON BETWEEN NOCTURNAL COOLING OF WATER IN A CLOSED LOOP FORCED CIRCULATION AND OPEN LOOP SYSTEMS
- Performance Formulation and Evaluation of Associative Memory Extended to Higher Order
- Generalization Ability of Extended Cascaded Artificial Neural Network Architecture
- Comparison of Convergence Behavior and Generalization Ability in Backpropagation Learning with Linear and Sigmoid Output Units
- Robust Performance Using Cascaded Artificial Neural Network Architecture
- Incremental Learning and Generalization Ability of Artificial Neural Network Trained by Fahlman and Lebiere's Learning Algorithm
- Segregation Behavior for Fine Particles of Sintered Ores and Coke Supplied at the Top of a Two Dimensional Cold Model of Blast Furnace
- Visualization of a Limit Cycle Orbit in a Taylor Vortex Flow with a Short Annulus
- Relationship Between Physical Properties of Dough and Expansion Ability During Bread-Making
- Dynamic and Static Compression Tests for Paper Honeycomb Cores and Absorbed Energy