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(english) Reversing the wrap of a coil putting the top surface on the bottom.
(english) A property of an object measured by the degree that it resists acceleration.
(Software Engineering) a lack of conformance found before software is delivered to the customer
(english) A small grinding machine for shaping and sharpening the cutting edges of tools.
(Software Engineering) program design language; a combination of natural language with programming language-like constructs
(Concrete Engineering) A penetration device used to determine the setting characteristics of hydraulic cements.
(english) Tackle used in conjunction with a crane for turning over the cope or drag of a mold prior to assembly.
(english) Connection is similar to the concept of support, except that connection refers to a relationship between members in a structural model. A connection restrains degrees of freedom of one member with respect to another. For each restrained degree of freedom, there is a corresponding force transferred from one member to the other; forces associated with unrestrained degrees of freedom are zero. See fixed connection and pin connection.
(Environmental Engineering) The suspension of particles by sufficient upward velocity of the fluid. During fluidization the gravity force is overcome by a combination of buoyancy and fluid friction.
(Concrete Engineering) A finely ground high density plaster composed of anhydrous, (calcined or "dead burned") gypsum, the set of which is accelerated by the addition of other materials.
(english) In two dimensions, a fixed connection between two members restrains all three degrees of freedom of the connected member with respect to one another. A fixed connection is sometimes called a rigid connection or moment-resisting connection.
(english) A fictitious force used for convenience in visualizing the effects of forces on bodies in motion. For an accelerating body, the inertial force is considered as a body force whose resultant acts at the object's center of gravity in a direction opposite the acceleration. The magnitude of the force is the mass of the object times the magnitude of the acceleration.