Maximum Force Calculator

Maximum Force Calculator:

Enter the values of yield strength, YS_{(N/ m2)}  and cross-sectional area, A_(m2) to determine the value of Maximum Force, MF_(N).

Enter Yield Strength :		kg
Enter Cross-Sectional Area :		m/s2
Result – Maximum Force :		N

Maximum Force Formula:

Maximum force is defined as the greatest force that a material or structure can withstand before failing or deforming permanently. It is calculated based on the yield strength of the material and the cross-sectional area of the structure or component.

Force, MF_(N) in Newtons, is calculated by multiplying the yield strength, YS_{(N/ m2)} in Newtons per metre squared by the cross-sectional area, A_(m2) in metre squared.

Maximum Force, MF_(N) = YS_{(N/ m2)} * A_(m2)

MF_(N) = maximum force in Newtons, N.

YS_{(N/ m2)} = yield strength in Newtons per metre squared, N/ m².

A_(m2) = cross-sectional area in metres squared, m².

Maximum Force Calculation:

1.A steel beam with a yield strength of 250 N/m²has a cross-sectional area of 100 m². Calculate the maximum force it can withstand before deforming.

Given: YS_{(N/ m2)} = 250N/m², A_(m2) = 100m².

Maximum Force, MF_(N) = YS_{(N/ m2)} * A_(m2)

MF_(N) = 250 * 100

MF(_N) = 25000N.

2The maximum force that a steel beam can withstand is 15,000 Newtons, and its yield strength is 300 N/m², calculate the cross-sectional area.

Given: YS_{(N/ m2)} = 300N/m², MF(_N) = 15000N.

Maximum Force, MF_(N) = YS_{(N/ m2)} * A_(m2)

A_(m2) = MF_(N) / YS_{(N/ m2)}

A_(m2) = 15000 / 300

A_(m2) = 50m².