Conyac で依頼された翻訳結果を公開

Students lean the concept of place and the description method by partial differentiation in addition to mass points acknowledged in physics A and rigid body dynamics.
1. Mechanical wave
2. Harmonic wave and energy of wave
3. String vibration and wave equation
4. Wave superposition and standing wave
5. Wave goes through water and membrane surface - wave travels the air
6. Elastic body's practical power and deformation
7.Hook's law
8. Elastic energy
9. Sound wave in the elastic body
10. Fluid density and pressure - buoyancy
11. Surface tension and surface energy
12. Streamline and continuum equation - Bernoulli 's thえおれm
13. Viscosity and resistance
14. Vortex and turbulence

Learn about heat transfer which become the basis when to handle with energy in a wide range of such as mechanical engineering, chemical engineering, electronic engineering and environment conservation. To aim at understanding energy transfer by different temperature, we learn basic equation of mechanically different heat transfer phenomenon and numerical understanding method heat transfer through concrete practices.
As for heat transfer, convection and radiation which are basic heat transfer mechanism, we learn them including connection to physical phenomena and engineering design. As well as arranging dimensionless numbers related with heat transfer, we learn about heat transfer's practical use for heat transfer with phase change and heat exchange design.