Linear Elasticity Mechanics
Hooke's Law Calculator
Solve force vectors, spring invariants, and stress-strain deformation variables.
What is Hooke's Law & How to solve it?
Hooke's Law dictates that the strain or displacement an elastic body undergoes is linearly proportional to the load magnitude applied to it. In spring systems, this is governed by the force equation ($F = k \cdot \Delta x$). For continuous material mechanics, it translates into Hooke's law for stress ($\sigma = E \cdot \varepsilon$).
How to use this solver: Choose your context framework below. Leave the single input field you intend to analyze empty or blank, fill out the remaining two components, and hit solve.
F = k · Δx
Spring framework variant: F (Force), k (Stiffness), Δx (Displacement).
Analytical Solver Engine
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N
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N/m
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m
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MPa
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GPa
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mm/mm
Computed Result
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