plastic deformation การใช้

• Plastic deformation is retained after the release of the applied stress.
• Hardness measurements quantify the resistance of a material to plastic deformation.
• Brittle failure occurs with little to no plastic deformation before fracture.
• No plastic deformation is allowed at this level of a load.
• This phenomenon is called " plastic deformation ".
• Once this begins the material has entered a stage called plastic deformation.
• The criterion was introduced to deal with the plastic deformation of soils.
• Furthermore, plastic deformation alters the form and geometry of the part.
• Note the plastic deformation of grains visible on the right.
• Plastic deformation ends with the fracture of the material.
• Ductile materials can sustain large plastic deformations without fracture.
• Reaching the surface means the material undergoes plastic deformations.
• Because dislocation motion is hindered, plastic deformation cannot occur at normal stresses.
• Now as metals become warmer, their resistance to further plastic deformation decreases.
• I'd say it will undergo elastic deformation, not plastic deformation.
• The result is a permanent change of shape within the crystal and plastic deformation.
• Most materials in the linear-elastic category are usually capable of plastic deformation.
• Unlike most thermoplastics, polycarbonate can undergo large plastic deformations without cracking or breaking.
• Work hardening is a consequence of plastic deformation, a permanent change in shape.
• Therefore, these bonds break at relatively lower stresses, leading to plastic deformation.