![]() ![]() Bending Moment Diagram consists of fourth degree curve if the load distribution is parabolic.Bending Moment Diagram of cubic or third degree curve for the portion over which uniformly varying load is acting.Bending Moment Diagram consists of parabolic curve for the portion over which uniformly distributed load is acting.Bending Moment Diagram consists of inclined lines for the beam loaded with point loads.Shear Force does not change at the point of application of a couple.Shear Force Diagram consists of cubic curve for the portion over which parabolic load distribution is acting.Shear Force Diagram consists of parabolic curve for the portion over which triangular or trapezoidal load distribution is acting.Shear Force Diagram consists of inclined line for the portion on which uniformly distributed load is acting. ![]() Shear Force Diagram consists of a rectangle, if the beam is loaded with point loads.The ordinate of the BMD at any section gives the value of Bending Moment at that section, due to the fixed load positions on the beam.īending Moment Diagram will be Triangular between POINT LOAD.īending Moment Diagram will be Parabolic between UNIFORMLY DISTRIBUTED LOAD.īending Moment Diagram will be Hyperbolic between UNIFORMLY VARYING LOAD. It is a graphical representation of the variation of bending moment along the length of the beam. Shear Force Diagram will be Parabolic between UNIFORMLY VARYING LOAD. Shear Force Diagram will be Triangular between UNIFORMLY DISTRIBUTED LOAD. Shear Force Diagram will be Rectangular between POINT LOAD. ![]()
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