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Beam and Flexural Analysis Simulators

A focused hub for beam deflection, shear stress, vibration modes, beam elements, elastic foundations, and section properties. Use it to compare bending, shear, and dynamic behavior from one place.

10 related simulators

This hub groups closely related tools with static links. Individual simulator URLs stay unchanged while users can move quickly to the right calculation.

Core simulators
Beam Deflection & Stress Analysis Tool
Real-time beam deflection, bending moment, and shear force calculator.
Continuous Beam Analysis Calculator
Calculate support moments, reactions, and diagrams for multi-span beams.
Beam Deflection by Superposition Calculator
Calculate beam deflection with up to 3 loads using superposition.
Timoshenko Beam Simulator
The Timoshenko beam simulator compares Euler-Bernoulli and Timoshenko tip deflections of a cantilever, showing the shear contribution and slenderness ra...
Beam Shear Stress Distribution Simulator
Beam Shear Stress Distribution Simulator updates live numeric results and charts as inputs change, supporting early design checks and model review.
Moment of Inertia Calculator
Calculate moment of inertia (Ixx, Iyy), section modulus, and radius of gyration for 7 shapes.
Beam Vibration Modes — Natural Frequencies & Mode Shapes
Visualize and animate natural vibration modes for beams.
Beam On Elastic Foundation Simulator
Beam On Elastic Foundation Simulator updates live numeric results and charts as inputs change, supporting early design checks and model review.
Beam Foundation Winkler Simulator
Beam Foundation Winkler Simulator updates live numeric results and charts as inputs change, supporting early design checks and model review.
Beam-Column Buckling & P-M Interaction Diagram
EN 1993-1-1 beam-column buckling & P-M interaction simulator.

Explore by task

Deflection and bending

Beam Deflection & Stress Analysis Tool Continuous Beam Analysis Calculator Beam Deflection by Superposition Calculator Timoshenko Beam Simulator

Shear and section properties

Beam Shear Stress Distribution Simulator Moment of Inertia Calculator

Vibration and finite elements

Beam Vibration Modes — Natural Frequencies & Mode Shapes Beam On Elastic Foundation Simulator Beam Foundation Winkler Simulator

Columns and bridge response

Beam-Column Buckling & P-M Interaction Diagram

Related categories

Structural Analysis Hertz Contact and Contact Stress Simulators Heat Exchanger, Fin, and Cooling Design Simulators Monte Carlo and Uncertainty Analysis Simulators

FAQ

When should I use Euler-Bernoulli or Timoshenko beam theory?
Euler-Bernoulli theory is convenient for slender beams where shear deformation is small. Timoshenko theory is better for short, deep beams or low-shear-stiffness materials.
Which beam result should be checked first?
For strength, start with maximum bending and shear stress. For serviceability, check maximum deflection. For dynamic problems, inspect natural frequency and mode shape first.
Why use this subcategory hub?
It connects adjacent beam topics such as sections, loading cases, shear deformation, and vibration, so you can move between tools without relying on broad category pages.