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Degrees of freedom (engineering) Totally Explained
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Everything about Degrees Of Freedom Engineering totally explained » For other meanings, see Degrees of freedom or Degree
In mechanics, degrees of freedom (DOF) are the set of independent displacements that specify completely the displaced or deformed position of the body or system. This is a fundamental concept relating to systems of moving bodies in mechanical engineering, aeronautical engineering, robotics, structural engineering, etc.
In chemical engineering, degrees of freedom are used to determine if a material balance is possible for a given process. It takes into account the number reactions, temperature, pressure, heat transfer, percent yield, moles entering/exiting, and various other pieces of additional information.
A particle that moves in three dimensional space has three translational displacement components as DOFs, while a rigid body would have at most six DOFs including three rotations. Translation is the ability to move without rotating, while rotation is angular motion about some axis.
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