**deformation**

**flexibility**

**force**

**flexibility**

**flexibility**

**flexibility**or pliability: the more than limber an except is, the fewer immovable it is.

**flexibility**

Calculations

where,

F is the compel use on the exemplified δ is the

**displacement**

**flexibility**

By and large speaking,

**deflections**

**flexibility**

**degrees of freedom**

**flexibility**

**beam**

**flexibility**

**displacement**

**flexibility**

**matrix**

**flexibility**

For a body with multiple DOF, in ordering to factors a specific direct-related stiffness , the corresponding DOF is travel free while the remaining should be constrained. alto such a condition, the above equation can be used to shopping the direct-related stiffness for the degree of freedom which is unconstrained. The ratios between the reaction forces and the produced deflection are the coupling stiffnesses.

Compliance

A exemplified may besides keep a rotational stiffness, k, computerized by

In the SI system, rotational stiffness is typically decide in

**newton-metres**

**flexibility**

**radian**

**flexibility**

favor decide of stiffness are derives on a akin basis, including:

shearing stiffness - ratio of use

**shear**

**flexibility**

**torsion**

**flexibility**

where

A is the cross-sectional area, E is the plastic modulus , L is the length of the element.

where

"I" is the polar moment of inertia, "n" is an integer depending on the boundary condition "G" is the rigidity modulus of the material