What is carryover moment?

What is carryover moment?

Explanation: Carryover Moment is defined as the moment developed or induced at one end due to a moment at another end. The moment applied at the free end is completely transferred to the fixed end as a free end cannot resist any moment.

What is carry over moment and carry over factor?

The carry over factor ( C.O.F. ) is defined as , the factor by which the moment at sim ply supported end I, Mji , is multiplied to get the moment carried over to the other end , that is Mji or Cij is the carry over factor.

What is mean by carry over factor?

Carry-over factor (COF): It is the ratio of moment produced at the far end to the applied moment at that support end. The COF for different end conditions is given below: 1) When far end is fixed. C O F = M / 2 M = 1 2. 2) When far end is Hinged.

Can carry over factor be greater than 1?

It should be mentioned here that carry over factors values differ for non-prismatic members. For non-prismatic beams (beams with variable moment of inertia); the carryover factor is not half and is different for both ends. COF may greater than, equal to or less than 1.

Which type of bending moment is taken as positive in continuous beams?

When a reinforced concrete continuous beam or frame beam is being considered, the positive bending moment occurs in the middle part of the span and the negative bending moment occurs near the support.

What is the other name of distribution factor?

Distribution factor is defined as the ratio of phasor sum of coil emfs to the arithmetic sum of coil emfs. It is also known as Belt or Breadth factor and denoted by kd. In electrical machine, armature winding is distributed in the slots.

What is meant by fixed end moment?

From Wikipedia, the free encyclopedia. The fixed end moments are reaction moments developed in a beam member under certain load conditions with both ends fixed.