We study mainly in two fields. One is structural mechanics and the other is small scale solar thermal application. The followings are the titles of bachelor theses at Nakajo Lab.
Creep Buckling of a Visco-elastic Columns
Determination of Constitutive Equations of Visco-elastic Materials by the Optimization Technique and its Application to Creep Buckling
Relations between Visco-elastic Properties of Japanese Udon Noodle and its Textures
Optimization Algorism for Buckling of Rectangular Laminated Composites
Relations between Visco-elastic Properties of Japanese Udon Noodle and its Textures
Design of a Fish Robot
Creep Buckling of a Visco-elastic Columns
Creep Buckling Analysis by Using a Symbolic and Algebraic Manipulation Language
Design and Manufacture of a Fish Type Robot
Design and Manufacture of a Solar Cooker
Buckling Analyses of Laminated Composites by a Symbolic and Algebraic Manipulation Language
Design of a Fron-End Processor for FEM
Creep Buckling of a Plastic Rectangular Strip
Design and Manufacture of a Fish Type Robot
Experimental Analyses of Creep Buckling and Post Creep Buckling of a Plastic Rectangular Strip
Design and Manufacture of a Fish Type Robot
Optimal Design of a Concentrator Type Solar Cooker
Creep Buckling Analysis by Using a Symbolic and Algebraic Manipulation Language
Experimantal Analyses of Visco-elastic Properties of Udon Noodles
Visco-elastic Creep Bucling Analyses
Development of a FEM Program as Educational Material
Design and Manufacture of a Fish Type Robot
Experiments on Visco-elastic Creep
Optimal Design of a Concentrator Type Solar Cooker
Visco-elastic Properties of Udon Noodle
Design and Manufacture of a Fish Type Robot
Creep Buckling of Plastic Strips
Development of a FEM Program as Educational Material
Design of a Box Type Solar Cooker and its Perfomance Measurement
Visco-elastic Creep Buckling Analysis by Using a Symbolic and Algebraic Manipulation Language
Elastic Properties of Violin Bows
Experimental Analyses of Creep of Plastic Strips
Small Solar Cooker with an Automatic Sun Tracking System
Visco-elastic Creep Buckling
Design and Manufacture of a Fish Type Robot
Development of a FEM Program as Educational Material
Optimization of a Tower for Wind Power Generation System by FEM
Visco-elastic Properties of Udon Noodle
Development of a FEM Program as Educational Material
Experimental Analyses of Performance of a Box Type Solar Cooker
Design of an Experimental Equipment for Elastic and Creep Bucklings
Design and Manufacture of a Fish Type Robot
Elastic Properties of Violin Bows
Design of an Experimental Equipment for Creep Buckling
Visco-elastic Properties of Udon Noodle
Computer Assisted Education on Mechanics of Materials
Improvement of a Box Type Solar Cooker
Optimization of Tower Type Structures Employing the Characteristic Frequencies as Objective Functions
Manufacture of a Concentrator Type Solar Cooker
Design of a Panel Type Solar Cooker
Design and Manufacture of Material Property Simulator
Evaluation of Visco-elastic Properties of Foods by a Creep Meter
Manufacture of a Small Scale Tensile Testing Machine for the Material Property Simulator
Analyses of Psycho-rheology by Material Property Simulator and FEM
Optimization of a Tower Structure for Middle Scale Wind Power Generation System
Matrix Type Laser Lighting System for the Visualization of Concentrations of Solar Cookers
Manufacture of a Small Scale Tensile Testing Machine for the Material Property Simulator
Visco-elastic Properties of Udon Noodle
Manufacture of a Multi-Mirror Type Solar Cooker
Automatic Sun Tracking System for a Box Type Solar Cooker
Automatic Adjustment of Booster Mirror of a Box Type Solar Cooker
Fabrication of a Heliostat Type Solar Cooker
Acoustic Properties of an Aeolian Harp
Vibration of a cantilever subject to Rapid Heating
Four Leg Walking Mechanism by Simple Linkage
Down-Sizing of the Material Property Simulator
Determination of Visco-elastic Properties of Udon Noodle by Hanging it in Catenary
Reproduction of Plastic Properties by the Material Property Simulator
Improvement on Small Scale Material Property Simulator
Automatic Sun Tracking of the Compact Heliostat Type Solar Cooker
Safety Analyses of a Concentrative Reflector with Short Focal Length
Automatic Adjustment of Booster Mirror of a Box Type Solar Cooker
Psycho-Rheological Criterion for Hardness
Contact Problem and FEA for Bulge Processing
Acoustic Properties of an Aeolian Harp by FEM
Manufacture of Solar Rice Cooker
Large Telkes Type Solar Cooker
Application of Box Type Solar Cooker with High Robustness
Solar Cooker as Pasteurizer
Acoustic Properties of an Aeolian Harp by FEM
Stress Analyses of a Wind Turbine Blade Subject to Gyroscopic Forces
Psycho-Rheological Criterion for Hardness of Viscotic Materials
Acoustic Properties of an Aeolian Harp Made with Plastic
Solar Cooker with a Variable Focal Length
Design of a Simple Telkes Type Solar Cooker
Effect of Surface Roughness on Solar Cookers
Design of a Solar Cooker of Various Sizes by Combining Single Reflector Units
Shock Absorption Properties of a Ken-do Protectors
Wind Turbine Blade Subject to Gyroscopic Forces
Acoustic Properties of an Aeolian Harp
Design of Panel Type Solar Cooker with High Concentration and Robustness
Design of a Solar Cooker of Various Sizes by Combining Single Reflector Units
FEA of Wind Turbine Blade Subject to Gyroscopic Forces
Acoustic Properties of an Aeolian Harp by FEM
Concentrator Type Solar Cooker with Obscure Focal Area
Small Concentrator Type Solar Cooker with Pseudo Parabolic Reflector as Educational Material
Acoustic Properties of an Aeolian Harp
Lateral Buckling of Strip Beams
Educatianl Materials for Beginners on Mechanics of Materials
Reproduction of Goto Solar Rice Cooker and its Performance
Box Type Solar Cooker Made of Cotton Cloths
Psycho-Rheological Criterion for Hardness of Viscotic Materials
Simple Design of a Box Type Solar Cooker
Concentrator Type Solar Cooker Made of Plastics
Manufacture of a Solar Dryer
Design of Small and Light-weight Box Type Solar Cooker
Reproduction of Goto Solar Rice Cooker and its Performance
Simple Method to Fablicate a Heliostat Type Solar Cooker
Small Concentrator Type Solar Cooker Made of Plastics for Educational Material
Small Solar Dryer for Educational Material
Possibility of Lateral Buckling of a Small-scale Wind Turbine Blade due to Gyroscopic Effect
Design of a Swimming Machine by Pseudo Coupled Vibration of Fin
Simple Method to Fablicate a Heliostat Type Solar Cooker
Automatic Sun Tracking for Small Solar Furnace
Box Type Solar Cooker as an Educational Material
Design of a Solar Still
Design of a Solar Dryer with Large Heat Capacity
Solar Dryer as an Educational Material
Foldable Concentrator Type Solar Cooker
Panel Type Solar Cooker Adaptable for the Large Change in Sun Elevation
Wick Type Solar Distiller
Numerical Analysis for the Lateral Buckling of the Blades of Small Scale Wind Turbines
Design of a Swimming Machine by Pseudo Coupled Vibration of Fin
Small Scake Solar Furnace as Educationa Material
Design of a Swimming Machine by Pseudo Coupled Vibration of Fin
Durable Panel Type Solar Cooker for the Developing Countries
Panel Type Solar Cooker made from a Cardboard Box for Packing
Design of a Swimming Machine by Pseudo Coupled Vibration of Fin
Simple Method to Fablicate a Heliostat Type Solar Cooker
Automatic Sun Tracking for Small Solar Furnace with Lego Mindstorm
Simple Sun Tracking by Shape Memory Alloy
Design of a Solar Still
Panel Type Solar Cooker Which Can Be Used as a Carton
Panel Type Solar Cooker for the Use in Developing Countries
Mechanism to Change the Flexion‐Extension Movement of Feet to the Sweep Movement of a Fin
Less Expensive Panel Type Solar Cooker for the Educational Use
Design of a Collector to Activate the Photocatalyst
Panel Type Solar Cooker for the Use in Developing Countries
Concentrator Type Solar Cooker Made of Corrugated Plastic
Design of a Box Type Solar Cooker Which Works for Low Sun Elevation
Evaluation Method for the Solar Cookers in Classrooms
Improvement of the Concentrator Type Solar Cooker Made of Corrugated Plastic
Requirements for the Panel Type Solar Cooker in the Developing Countries
New Design of a Panel Type Solar Cooker Which Can Be Used as a Carton
Design of a Box Type Solar Cooker Which Works for Low Sun Elevation
Design, Fabrication and Analysis of Solar Dryer for Mid Lattitude Application
Light and Low-Cost Parabolic Solar Cooker Made of Corrugated Plastic
How to Avoid Using Plastic Bags for the Panel Type Solar Cookers
Design of a Vacuum Tube Solar Cooler
Improvement and Application of the Inverse Optical Test to Evaluate the Performance of Solar Cookers
Improvement of a Panel Type Solar Cooker for Its Use in Developing Countries Located
in Equatorial and Tropical Regions Such as Cote d'Ivoire
Design and Performance Analysis of Solar Dryer for Use in Small and Medium-Sized Enterprises in Kenya
|