Simple Beam Concentrated Load At Any Point

Simple Beam, Point Load At Any Position With Point Of Interest

Beam Diagram

Outputs in Metric and Imperial

R₁ = V₁ (max when a < b)	.....	.....	.....	lbf
R₂ = V₂ (max when a > b)	.....	.....	.....	lbf
M_max (at point of load)	.....	.....	.....	lbf in
M_x (x < a)	.....	.....	.....	lbf in
Δ_a (at point of load)	.....	.....	.....	in
Δ_x (x < a)	.....	.....	.....	in
Δ_max	.....	.....	.....	in

Enter Forces, Distances, Youngs Modulus & Moment of Inertia

Total Length (L):
Length (a):
Point of Interest (x):
Weight (W):
Youngs Modulus (E):
Moments of Inertia (I):

How to use the Calculator:

Using the input boxes enter forces, distances, Youngs Modulus & moment of inertia. Choose your units & press the calculation Reaction, Shear Forces, Moments & Deflections button. Outputs in metric and imperial. The beam diagram shows the notation.

Material and Section Selection (still work in progress, more properties and sections being added)

Material Types:			Materials:
Section Types:			Sections: