Способность металла перекристаллизо

Способность металла перекристаллизовываться при высокой температуре используется при горячей обработке. 2. Перекристаллизация — это рост новых, свободных от деформации зерен. 3. Во время горячей обработки металл может подвергаться очень большой пластической деформации сжатия. 4. Холодная обработка делает металл тверже и прочнее, но некоторые металлы имеют предел деформации. 5. Листовой прокат может производиться горячим или холодным. 6. Поверхность холоднокатаного листа более гладкая и он прочнее. 7. Поперечное сечение фильеры для экструзии может быть простым или сложным. 8. Алюминиевые и медные сплавы являются наилучшими для экструзии из-за их пластичности при деформации. 9. Алюминиевые банки, тюбики для зубной пасты являются примерами использования штамповки выдавливанием. 10. Толщина стенки алюминиевой банки определяется зазором между пунсоном и штампом.

Результаты (английский) 1:

The ability to recrystallize the metal at high temperature used in hot working. 2. Recrystallization - is the growth of new, strain-free grains. 3. During the heat treatment the metal may be subjected to very high compression of plastic deformation. 4. Cold working makes firmer and stronger than metal, but some metals have a limit of deformation. 5. Steel sheets can be performed hot or cold. 6. The surface of the cold rolled sheet is smoother and stronger than it. 7. The cross section of the spinneret for extrusion may be simple or complex. 8. Aluminum and copper alloys are the best for extrusion because of their plasticity when deformed. 9. Aluminum cans, tubes for toothpaste are examples of the use of extrusion forming. 10.

Результаты (английский) 2:

The metal's ability to recrystallize at high temperature is used in hot processing. 2. Recrystallization is the growth of new, deform-free grains. 3. During hot treatment the metal can undergo a very large plastic compression deformity. 4. Cold treatment makes the metal firmer and stronger, but some metals have a deformation limit. 5. Leaf rentals can be hot or cold. 6. The surface of the cold-rolled sheet is smoother and stronger. 7. Cross-section fillers for extrusion can be simple or complex. 8. Aluminium and copper alloys are best for extrusion because of their plasticity during deformation. 9. Aluminum cans, tubes for toothpaste are examples of the use of stamping squeezing. 10. The thickness of the wall of the aluminum jar is determined by the gap between the punch and the stamp.

Результаты (английский) 3:

The recrystallization ability of 1057Q alloy at high temperature is used for heat treatment. 2. The crystallization of 10555 state is new and there is no growth of grain deformation. 3. The metal can withstand high plastic compression deformation during 10416 heat treatment. 4. The cold treatment of 10616 makes the metal harder, but some metals have certain deformation limits. 5. 10551 steel can be hot or cold treated. 6. 10555 surface cold-rolled steel plate is smoother and stronger. 7. The front section of 10555 Mill extruder can be simple or complex. 8. Aluminum and copper alloy 1040 is the best extrusion alloy because of its plasticity during deformation. 9. 1040000OW ointment tank and toothpaste tube are examples of stamping. 10. The length of the aluminium tank wall at 10585 degrees is determined by the gap between Binson and the die.