Examples of using Structural materials in English and their translations into Japanese
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Besides, considering the combination with superconducting coils that generate magnetic lines of force and structural materials that support various devices, metal walls are a reasonable place at the current scientific level.
Structural Materials Sector is promoting researches on the technology development of structural integrity assessment and maintenance of the components used under extreme environments, such as high temperature and irradiation, of the fossil and nuclear power plants.
Definitions of stress and strain, mechanical properties of structural materials, stress resultants and deformation of bars, theory and application of of statically determinate beams are also given.
To prevent steam from escaping beyond the steam bath, the structural materials should be waterproof and have an underlying vapor barrier of thick plastic.
These ceramics, which retain their properties at temperatures up to 600 °C, could be used as structural materials for energy-related and transportation applications where catastrophic failure is not an option.
With its excellent processability and physical features, phenolic laminated sheet has been broadly used in various fields as insulation and structural materials for electric components, electric machines, and the like.
A problem has been that industrial wind turbines have only recently become so immense due to engineering breakthroughs using new structural materials.
ĀúReveal the Detailed Mechanisms to Give Lightness and Strength to the Mg Alloys. By using light and strong structural materials in automobiles and aircraft, it will be possible to improve fuel efficiency and reduce emissions of CO2.
For transport equipment, such as automobiles and aircraft, there has been increasing technological development activity for developing new fuels to replace petroleum or to develop lighter structural materials that improve fuel efficiency.
We are approaching this project from the new standpoint of giving full consideration to the overall earthquake resistance capabilities and displacement of structural materials during earthquakes to develop rationalized and more financially viable structural materials for anti-seismic reinforcement.
Nanometer tungsten carbide powder appropriate under high temperature on mechanical processing, can produce cutting tools, kiln of structural materials, the jet engines, gas turbines and nozzle, etc.
Because the superconducting coil magnets are being operated at an extremely low temperature, the structural materials that support the superconducting coil magnets must similarly be at a low temperature.
Another advantage of the Shonan Technical Center is its ability to incorporate the automaking expertise we have developed through many years of racing activities and developing Toyota vehicles into the development of carbon composite parts as structural materials for cars.
The resulting material shows impressive strength, toughness and ballistic resistance while being humidity-resistant, lightweight, simple and inexpensive to process, and less environmentally damaging to produce than many other structural materials.
Search from Purpose(Type of Product)| MITSUI MINING& SMELTING CO., LTD These materials feature strength and thermal-shock-resistance, which lends them to use as large-size components such as heater tubes and rotors for dissolving aluminum, electro-ceramics kiln tools and structural materials.
Search from Purpose(Type of Industry)| MITSUI MINING& SMELTING CO., LTD These materials feature strength and thermal-shock-resistance, which lends them to use as large-size components such as heater tubes and rotors for dissolving aluminum, electro-ceramics kiln tools and structural materials.
Aircraft, rocket exterior materials and structural materials all require superb strength but must be lightweight. Consequently, a material known as duralimin―a type 2000 alloy with a strength on a par with steel―and type 7000 alloy―which is one of the strongest types of aluminum―are used.
Concept of international on-line parallel pseudo-dynamic testing(left figure) and the verification testing(right figure) Elucidation of mechanical behavior of steel and composite structures and development of a rational design method Because steel has excellent strength and ductility, it is one of the most frequently used structural materials.
Major research topics include determining the mechanism by which the functions of superconductors and molecules are manifested, developing next-generation technologies for energy generation and storage, producing breakthroughs that increase the speed of semiconductor devices, deducing the molecular control mechanisms of viruses and the like, and developing magnetic materials, structural materials and so on that offer equivalent performance without the need to use scarce elements.
Within the framework of computational engineering and science, I am also developing multiscale/multiphysics analysis methods for evaluating the deteriorating process and clarifying the strength mechanisms of infrastructures and structural materials such as concrete and steel as well as ground materials, and try to apply those to create innovative techniques for safety assessment of regional and urban areas.
