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High temperature embrittlement characteristics of steel
High-Temperature Brittleness of Steel Steel is one of the most widely used materials in the world. It has a number of advantages, including its strength, flexibility, and durability. However, one of its most well-known disadvantages is its tendency to become brittle at high temperatures. This phe......
Improving Superplasticity of Industrial Pure Titanium
Improve the Supersplasticity of Industrial Pure Titanium Abstract Pure titanium has been widely utilized in various industrial fields due to its excellent corrosion resistance, high strength, light density, and non-toxicity.In these years, with greater understanding of the characteristics of tit......
tags: titanium pure forming pure titanium can
1066
Emily
Strain aging
The Effects of Strain Aging Strain aging is the process of continually increasing strength over time due to exposure to a range of environmental factors such as temperature, humidity, and chemical composition. Strain aging is caused by the formation of abrupt crystalline structures, which act to fo......
tags: strain aging strength strain aging process
1031
Avery
Simulation of plastic working process
Plastic Deformation Simulation Plastic deformation is a process by which material is changed in shape or size while retaining its original chemical composition. This process involves applying force to a material in order to cause it to change shape and/or size. Plastic deformation is normally con......
thermal stability
Thermal Stability Thermal stability of materials is a measure of the material’s tolerance to harsh environmental conditions caused by high temperatures. Generally speaking, any noticeable effect on the integrity of the material due to a high temperature exposure is an indication of its thermal in......
peritectic reaction
Hydrogen embrittlement becomes a serious failure mode of many industrial metallic materials, especially on high-strength steels or alloys that experience high mechanical stress or fatigue, when subjected to high hydrogen content environment. Hydrogen embrittlement of metals is an important phenome......
Diffusion plasticity
Diffusive-Dilatant Plasticity Diffusive-dilatant plasticity is a form of plasticity which involves both diffusion and dilatancy. It is widely used in various fields such as metallurgy, civil engineering, and geology. It is an important concept for understanding the dynamics of materials and their......
superplasticity of metals
Literature Review: Ultra-Plasticity of Metals There has been an increasing interest in the study of metallic ultra-plasticity over the past two decades. The unique properties that ultra-plasticity can offer have attracted the attention of researchers from many fields, ranging from materials scien......
tags: metals grain refinement can plasticity its
1037
Marshall
dynamic recrystallization
Dynamic Recrystallization Dynamic recrystallization is a process that occurs in crystals, most frequently in metals, when they are plastically deformed. It has a profound effect on the structure and properties of the material and these effects can often be seen in metal objects that have been wor......
Effect of heating temperature and cooling rate on 38MnSiVS5 steel after forging
Effects of Heat Treatment Temperature and Cooling Rate on 38MnSiVS5 Steel Manganese-silicon-vanadium micro-alloyed bearing steel (38MnSiVS5) has been used for complex mechanical components in a wide range of applications, such as automotive, aerospace and energy industries. As an important part o......
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