Material properties calculator

Shear Modulus Calculator

Find material stiffness in shear loading.

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Calculator

Enter material values

Select units beside each input. Results update automatically as soon as enough values are entered.

Materials

Shear stress Pa
Shear strain strain

Result

About this calculator

How it works

Shear modulus describes resistance to angular distortion under shear stress.

Formulas

Formulas used

Shear modulus

G = tau / gamma

Worked example

Example calculation

Shear modulus

G = 80 MPa / 0.001 = 80 GPa

Guide

How to use this calculator

Enter the measured material, load, geometry, strain, or thermal values requested by the calculator.
Select the units beside each input where a unit menu is shown.
Use the highlighted result for the main property, then review the supporting values for context.

Reference

What the results mean

Shear modulus

Material stiffness under shear.

Shear compliance

The reciprocal of shear modulus.

Assumptions and limits

Before using the result

Inputs are treated as representative engineering values from a test, datasheet, or early design estimate.
Material properties vary with grade, heat treatment, temperature, strain rate, moisture, manufacturing route, and test method.
Use verified material data, applicable standards, safety factors, and qualified engineering judgement for final design or failure analysis.

FAQ

Shear Modulus Calculator questions

Can I use different units?

Yes. Select the unit beside each input. Values are converted internally before the calculation is performed.

Are these material results suitable for final design?

Use these results for education, screening, and early design checks. Final work should use verified test data, relevant standards, safety factors, and project-specific conditions.

Why can material property values vary?

Material properties depend on alloy, grade, heat treatment, temperature, test method, manufacturing route, and data source.