Spring stiffness

Physical terms
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Spring stiffness is the ratio of load increment dF and deformation increment d λ, that is, the load required to produce unit deformation, spring stiffness Calculation formula F&# 39= dF/dλ。 For the spring whose characteristic line is an increasing type, the stiffness increases with the increase of load; The stiffness of the decreasing spring decreases with the increase of the load. As for the linear spring, the stiffness does not change with the load, that is, F&# 39= DF/d λ=F/λ=constant. Therefore, for a spring with a linear characteristic line, its stiffness is also called Spring constant
Chinese name
Spring stiffness
The stiffness of the spring is
Ratio of load increment dF to deformation increment d λ
The calculation formula is
F'=dF/dλ
T ---
Torque for the torsion spring
Terminology
1. The deformation of the spring caused by the unit force, that is, the reciprocal of the stiffness is called the spring's flexibility
2. Calculation: spring stiffness refers to the load that causes unit deformation of the spring, and C and CT are used to represent the stiffness and Torsion spring The stiffness of the expression As follows:
For tension spring
Where: F --- Spring axial Tensile (compressive) force; λ --- axial elongation of spring or Compression amount
Spring stiffness
about Torsion spring T --- torque of torsion spring;
Stiffness of torsion spring
Φ--- Torsion spring Twist angle of.