| loading | ไอดีหนาเกิน [ยานยนต์]; ปริมาณดูดซึม, ภาระ, น้ำหนักบรรทุก [ป่าไม้]; ภาระ(บรรทุก) [สิ่งแวดล้อมน้ำ]; การเสริมเนื้อ [การพิมพ์]; การโหลด [ไฟฟ้าสื่อสาร] |
| in-plane loading | น้ำหนักบรรทุกในระนาบ |
| Big Winch | (english) The tool used to spot (or position) the rail cars for unloading. It is located on the north end of the unloading area. |
| Elastic: | (english) A material or structure is said to behave elastically if it returns to its original geometry upon unloading. |
| Funicular: | (english) A funicular shape is one similar to that taken by a suspended chain or string subjected to a particular loading. |
| Linear: | (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. |
| Linear Elastic: | (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. |
| Rigid: | (english) An idealized concept meaning something which does not deform under loading. In fact, all objects deform under loading, but in modelling it can be useful to idealize very stiff objects as rigid. |
| Strength: | (english) A very general term that may be applied to a material or a structure. In a material, strength refers to a level of stress at which there is a significant change in the state of the material, e.g., yielding or rupture. In a structure, strength refers to a level of level of loading which produces a significant change in the state of the structure, e.g., inelastic deformations, buckling, or collapse. |
| Load testing - | (Software Engineering) a testing task that determines how software (often a WebApp) will respond to various loading conditions |