ค้นเจอ 65 รายการ

OCL (Object Constraint Language)

แปลว่า(Software Engineering) a supplement to UML, this formal language allows a software engineer to construct unambiguous statements about the characteristics of various design model elements

Gravity:

แปลว่า(english) An attractive force between two objects; each object accelerates at a rate equal to the attractive force divided by the object's mass. Objects near the surface of the earth tend to accelerate toward the earth's center at a rate of ; this value is often called the gravitational constant and denoted as g.

External force:

แปลว่า(english) A surface force or body force acting on an object. External forces are sometimes called applied forces.

Surface force:

แปลว่า(english) A force applied to the surface of an object.

Potential Energy:

แปลว่า(english) The energy stored in a raised object (e.g. the weights in a grandfather clock). Potential energy equals mgh, where m is mass, g is the acceleration of gravity, and h is the vertical distance from a reference location. It is called potential energy because the energy can be regained when the object is lowered. This type of potential energy is sometimes called gravitational potential energy in order to distinguish it from elastic potential energy: see elastic energy.

CRC (class-responsibility-collaborator) modeling

แปลว่า(Software Engineering) an object-oriented modeling method that identifies and organizes classes are are relevant to a system

Shear stress:

แปลว่า(english) Stress acting parallel to an imaginary plane cut through an object.

Transmissibility:

แปลว่า(english) The principle stating that a force has the same external effect on an object regardless of where it acts along its line of action.

Expense Is No Object

money in no object

แปลว่าไม่สำคัญว่าบางสิ่งจะราคามากเท่าไร, เงินไม่ใช่เรื่องสำคัญ

IDM

unidentified flying object

แปลว่ายูเอฟโอ

N

Centroid:

แปลว่า(english) Similar to the concept of center of gravity, except that it applies to a two dimensional shape rather than an object. For a given shape, the centroid location corresponds to the center of gravity for a thin flat plate of that shape, made from a homogeneous material.