Examples of using Structural materials in English and their translations into Slovak
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Following are some common structural materials.
Preference for structural materials is predetermined by climatic conditions.
They are known as"future metals" and are new structural materials with promising future.
Alloys are new structural materials, which are mainly used in aerospace industry and navigation industry.
Therefore it embodies its superiority in high pressure, high strength, mechanical structural materials.
Interesting design creates structural materials that can be repainted more than once.
It lays a good foundation for the militaryi civil aircraft in the brake device and other structural materials.
Titanium alloy is one of the important structural materials for aircraft fuselage and engine.
Elastic Bonding has been used fordecades in the rail industry to join dissimilar structural materials.
Titanium and titanium-based alloys are new structural materials used primarily in the aerospace and marine industries.
Therefore, the specific strength(strength/density)of titanium alloy is much larger than that of other metal structural materials.
Timber, steel and concrete are three of the most common structural materials in the world, and each material has pros and cons.
High-purity titanium has excellent machinability, good elongation, and reduction of area, but low strength,and it is not suitable for structural materials.
His research is focused on the development of novel lightweight structural materials including metal matrix composites or metallic foams.
Structural materials, widely used in aerospace, medical equipment, sporting goods, precision products and other high-tech fields.
At present, titanium and titanium alloys in all the structural materials can meet this requirement, but also the highest cost-effective materials. .
The structural materials of the device, otherwise there will be run, run, drip, leak and other phenomena in production, which seriously affect the normal production and product quality.
Research on functional materials, multifunctional materials and structural materials, for innovation in all industrial sectors.
Therefore, titanium is Excellent structural materials in petroleum refining and petrochemicals can be used to make various heat exchangers, reactors, high pressure vessels and distillation columns.
In addition, since the chains of medium-chain fatty acids are relatively short,they cannot be used as structural materials of fat cells until the metabolic reaction of prolonging the carbon chain occurs.
Chemistry enhanced the structural materials(metal alloys, plastic, and other advanced materials), computer and electronic components, and the fuel technology necessary to launch these satellites.
Therefore, the specific strength(strength/density) of the titanium alloyis much larger than that of other metal structural materials, and parts and components having high unit strength, good rigidity, and lightweight can be produced.
Some new structural materials may be of a sandwich-type construction that is semi-flexible, with an inner foam core and a glazed ceramic, outer surface to allow for expansion and contraction without fracture.
At the same time,the TiAl alloy has special attraction for the structural materials used as advanced propulsion system, thermal structure and thermal protection system(TPS).
CISRI owns a broad spectrum of technical know-how and advanced products in various industrial fields such as functional materials, powder metallurgy materials, refractory metals,high temperature alloys and structural materials.'.
The comprehensive performance of carbon fiber,making it at the same time as structural materials and functional materials research is of considerable importance, it can solve many other materials can not solve the problem.
Research on functional materials, multifunctional materials such as self-repairing or biocompatible materials and structural materials, for innovation in all industrial sectors particularly for high value markets.
Titanium alloy hasbecome one of the most promising metal structural materials in the contemporary aerospace field due to its excellent comprehensive properties such as low density, high specific strength, high temperature resistance, corrosion resistance and non-magnetism.
Over the past 100 years, steel materials have been the world's most widely used,indispensable functional structural materials, is still in the metal material inside the most cost-effective, the most widely used, the next long period will remain this Status.