ตัวกรองผลการค้นหา
Resultant:
แปลว่า(english) The resultant of a system of forces is a single force or moment whose magnitude, direction, and location make it statically equivalent to the system of forces.
Moment:
แปลว่า(english) The resultant of a system of forces causing rotation without translation. A moment can be expressed as a couple.
Join Forces With Me
join forces with
แปลว่ารวมกำลังกับ, ร่วมสนับสนุนกับ
mobilize (one's) forces
แปลว่าระดมกำลัง
Z-Mill
แปลว่า(english) The full name for z-mill is Sendzimir mill. A Z-mill operates with a very small diameter work roll, normally about 2 inches, backed up by a number of rolls in a pyramid-shaped stack. This roll set up allows you to exert extremely high forces through the work roll and yet keep the work roll from extreme flexing. The take-up roll on the Z-Mill also exerts a tension on the coil as it comes through the mill. The combination of high pressure and tension makes the mill capable of rolling material thin and flat.
Stress resultant:
แปลว่า(english) A system of forces which is statically equivalent to a stress distribution over an area.
External force:
แปลว่า(english) A surface force or body force acting on an object. External forces are sometimes called applied forces.
Shear:
แปลว่า(english) An system of internal forces whose resultant is a force acting perpendicular to the longitudinal axis of a structural member or assembly: sometimes called shear force.
Pin support:
แปลว่า(english) In two dimensions, a pin support restrains two translation degrees of freedom but does not restrain rotation. When considering reaction forces, a pin support is usually considered to have two force components: one each about the x and y axes respectively.
Couple:
แปลว่า(english) A system of forces composed of two equal forces of opposite direction, offset by a distance. A couple is statically equivalent to a moment whose magnitude equals the magnitude of the force times the offset distance.
Statically determinate:
แปลว่า(english) A statically determinate structure is one where there is only one distribution of internal forces and reactions which satisfies equilibrium. In a statically determinate structure, internal forces and reactions can be determined by considering nothing more than equations of equilibrium.