ตัวกรองผลการค้นหา
Brittle Fracture 2
แปลว่า(english) Fracture preceded by little or negligible plastic deformation.
Brittleness
แปลว่า(english) The tendency of a metal or material to fracture without undergoing appreciable plastic deformation.
Bending Strength
แปลว่า(english) Upper limit of normal stress of a beam at which fracture or excessive plastic deformation occurs.
Strain:
แปลว่า(english) The intensity of deformation at a point in an object. See normal strain and shear strain.
Inelastic:
แปลว่า(english) Not surprisingly, the opposite of elastic. A deformation of a structure or material under load is described as inelastic when the deformation remains after the load is removed. The term plastic is often used with the same meaning.
Deflection:
แปลว่า(english) This word usually carries the same meaning as displacement, although it is sometimes used in place of deformation.
Plastic Consistency
แปลว่า(Concrete Engineering) Condition in which concrete, mortar, or cement paste will sustain deformation continuously in any direction without rupture.
Plasticity
แปลว่า(Concrete Engineering) Property of freshly mixed concrete, cement paste or mortar which determines its ease of molding or resistance to deformation.
Brittle:
แปลว่า(english) A brittle structure or material exhibits low ductility, meaning that it exhibits very little inelastic deformation before complete failure.
Linear Elastic:
แปลว่า(english) A force-displacement relationship which is both linear and elastic. For a structure, this means the deformation is proportional to the loading, and deformations disappear on unloading. For a material, the concept is the same except strain substitutes for deformation, and stress substitutes for load.
Interface design
แปลว่า(Software Engineering) a software engineering action that establishes the structure and workflow for a user interface; follows three "golden rules:" place the user in control, reduce the user's memory leoad, make the interface consistent.
Linear:
แปลว่า(english) A structure is said to behave linearly when its the deformation response is directly proportional to the loading (i.e. doubling the load doubles the displacement response). For a material, linear means that the stress is directly proportional to the strain.
