for analytical calculations of cross-sections and beams
The solution is not just the result. Equibeam guides you smoothly through the calculations of cross-sections and beams. The report will show this process step by step.
You will get accurate results. You will understand the calculation methods. Equibeam is the solution to your mechanics problems.
Discover the app’s features
See how easy it is to use the application. Discover equibeam’s groundbreaking functionality.
What is equibeam for?
Advanced beam calculations
Displacement calculations using various analytical methods:
- general method (differential equation of the deflected axis)
- Clebsch method
- Maxwell-Mohr method
- force method
- Castigliano method
- Menabre-Castigliano method
Basic beam calculations
- calculations in unit and parametric systems
- calculations for statically determinate and indeterminate beams
- determining support reactions and internal force equations and values
- creating internal forces diagrams
Strength calculations
- calculating normal stresses in beams subjected to bending and tension
Cross-section calculations
- calculations of predefined and defined cross-section parameters
- calculating central and principal moments of inertia, drawing mohr’s circle, and even calculating the core of the section!
- torsional rigidity coefficient calculations
- numerical cross-section calculations (FEM) – to precisely describe torsion and shear coefficients, as well as determining the shear center
COMING SOON…
- displacement calculations using additional methods (displacement method, three-moment method, finite elements method and others)
- bending moment envelope calculations
- buckling calculations
- dynamic calculations
- strength calculations, including shear stresses, principal and reduced stresses, drawing mohr’s circle and elementary sections
What is equibeam for?
Basic beam calculations
- calculations in unit and parametric systems
- calculations for statically determinate and indeterminate beams
- determining support reactions and internal force equations and values
- creating internal forces diagrams
Advanced beam calculations
Displacement calculations using various analytical methods:
- general method (differential equation of the deflected axis)
- Clebsch method
- Maxwell-Mohr method
- force method
- Castigliano method
- Menabre-Castigliano method
OBLICZENIA WYTRZYMAŁOŚCIOWE
- calculating normal stresses in beams subjected to bending and tension
Cross-section calculations
- calculations of predefined and defined cross-section parameters
- calculating central and principal moments of inertia, drawing mohr’s circle, and even calculating the core of the section!
- torsional rigidity coefficient calculations
- numerical cross-section calculations (FEM) – to precisely describe torsion and shear coefficients, as well as determining the shear center
COMING SOON…
- displacement calculations using additional methods (displacement method, three-moment method, finite elements method and others)
- bending moment envelope calculations
- buckling calculations
- dynamic calculations
- strength calculations, including shear stresses, principal and reduced stresses, drawing mohr’s circle and elementary sections
Is it worth using equibeam?
Yes. You will learn how to calculate beams.
Equibeam presents the results as a report, detailing each step of the calculations.
It explains the process just like a professor in a lecture. Nothing will surprise you on a test or exam!
Effective
mechanics learning
various analytical calculation methods
clear description of the calculation steps
unlimited examples
quick exercises and reviews
EQUATIONS
Check if you’re correctly interpreting the effects of loads and support reactions in the equilibrium equations!
Equibeam generates a complete set of equilibrium equations for all types of beams, even with any configuration of hinges.
Forget the doubts about writing internal force equations! Now you get additional Diagrams and automatically generated equations, optimized for the chosen calculation method and selected settings!
INTERNAL FORCE DIAGRAMS
With EquiBeam, your internal force and displacement diagrams will always be drawn correctly.
Whether you use equations or create the diagrams using graphical methods.
Choose a combination of hyperstatic reactions and see how it affects the solution.
Calculate Mohr’s integrals — analytically or graphically!
NEW
FORCE METHOD
FOR STATICALLY INDETERMINATE SYSTEMS
NOWOŚĆ
FORCE METHOD
FOR STATICALLY INDETERMINATE SYSTEMS
Choose a combination of hyperstatic reactions and see how it affects the solution.
Calculate Mohr’s integrals – analytically or graphically!
How to use the app?
Create your account and start learning.
It is a web application, so it doesn’t require installation.
Choose a calculation method and enter the data.
It’s so simple. Every feature and function includes built-in usage tips.
Run the calculations.
Clear visuals will help you understand every step.
Get a complete solution.
Results are provided in a detailed report.
access to module – pricing
daccess to module – pricing
1 MONTH
9,99EUR
fast PayU payments
semester (5 months)
34,99EUR
fast PayU payments
other modules
YOU GET:
all application features, unlimited number of calculations, full calculation report, save projects to your profile, discount codes for our partners’ services.
Access to the application is not automatically renewed. A user who has concluded a distance contract may withdraw from it without giving any reason by submitting an appropriate statement within 14 days. The user may cancel access at any time by sending a relevant notice
Details can be found in the EquStruct terms of service.