# 7 Best Free Structural Calculation Software for Windows

Here is a list of** best free structural calculation software** for Windows. Using these freeware, you can draw structures, assign various loads, and then perform structural calculations. These structural calculations are helpful in evaluating performance and stability of a structure. You can calculate various values using these which include * Joint Displacements, Structural Displacements, Member Forces, Member Stresses, Buckling, Reactions, Member Design, Force & Moments at Support, Velocities/Accelerations, Total Inertia and Damping Forces, *etc. Many of these software plot various graphs which makes the analysis task all the more easy.

For drawing structures, you get enough number of tools and options including insert (joints, members, support, etc.), move, rotate, mirror, extrude, etc. You can assign *point load, joint load, member load, load combination,* etc. and then perform analysis with respect to that.

### My Favorite Free Structural Calculation Software for Windows:

On this list, I liked **SeismoStruct** the most. It is one the most featured structural calculation software with options like 3D plot, analysis movie creation, batch processing, etc. It is free for academic users only.

**RISA-3D** is another nice software as it displays a lot of structural calculations.

You may also like some best free Structural Engineering Software, Truss Design Software, and Bridge Design Software for Windows.

## SeismoStruct

**SeismoStruct** is a featured structural calculation software for Windows. This software lets you create structures from scratch, assign them loads, and then solve various structural calculations. You can also use an example to get started with this software. The examples can be downloaded from here > SeismoStruct Sample Files.

It solves a wide number of structural calculations for you to analyze a structure. These include ** Displacement Values, Structural Displacements, Force & Moments at Support, Velocities/Accelerations, Total Inertia and Damping Forces, Frame Deformations, Frame Forces, Stress & Strain, Convergence Problems,** etc.

It comes with three working tabs which are ** Pre-Processor**,

**, and**

*Processor***. In**

*Post-Processor**Pre-Processor*tab, you can setup project preferences, make a structure by defining

*material properties, structural nodes, element connectivity, nodal constraints, restraints,*etc., and then assign element or nodal loads to it. Now, in its

*Processor*tab, you can run structural analysis of various types. These types include

*static analysis (non-variable load), static pushover analysis, static adaptive pushover analysis, static time-history analysis, eigenvalue analysis, dynamic time-history analysis, incremental dynamic analysis,*and

*response spectrum analysis*. The

*Post-Processor*tab displays different structural analysis report, several structural calculations, and multiple graphs.

This software provides some more handy tools and options which are **Creating AVI Movie** (of structural analysis),** Calculator**, **SeismoBatch** (execute multiple projects at once),** 3D Plot Options**, **Video Tutorials**, and more.

For students, it is one of the best structure calculation software for analyzing and solving physical structures.

**Note:** This software is free for academic users for non-commercial use only. So, you need to register an account by providing your academic email ID.

**Home Page**

**Download Page**

## RISA-3D

**RISA-3D** is another structural calculation software for Windows. It also lets you design a structure and then analyze it by performing various calculations. In it, you get calculations results like *Joint Reactions**,** Joint Deflections**,** Story Drift**,** Member Forces**,** Member Stresses**,** Member Torsions**,** Member Deflections**, **Plate Stresses**,** Material Takeoff**,** Solid Stresses**,* *Frequencies, Mode Shapes**, Wall Panel Forces, Design Results, *etc. So, with these calculations, you can properly analyze a structure with respect to loads assigned to it.

### How to perform structural calculation in RISA-3D:

**Design a structure and assign load**: The first step is to draw a structure and then add point, joint, distributed, area, surface, moving, and other loads to it. To draw a structure, it lets you insert members, joints, plates, wall panels, etc. It also contains tools like*move, rotate, extrude, mirror,*etc., to modify the structure. Some sample diagrams are also given in it, so you can use them as reference. It also lets you import DXF, STAAD, etc. files in it.**Perform structural calculations**: After creating a structure and assigning loads, you can use*Solve*menu to start structural calculations. You can select a solution choice from given ones including*Single Load Combination, Envelope of Marked Combinations, Batch Solution of Marked Combinations,*and*Dynamics*(Eigensolution/ Response Spectra).

It provides some additional tools which include *Full Model Merge, Degenerate Plate Check, Round Off Joint Coordinates,* etc.

**Note:** This free version RISA-3D imposes limitation that maximum of 40 Joints, 40 Members, 40 Plates and 4 wall panels can be added to a model.

**Home Page**

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## LinPro

**LinPro** is one more free structural calculation software for Windows. It lets you perform various calculations for a structure. For that, it first allows you to create structures like continual beam, truss, multi-story frame, etc., by using joints, supports, members, etc. You can then assign a load or mass to the structure and calculate various parameters. While assigning the load, you can set up various configurations as per your requirements like *temperature, coordinate system,* etc.

To initiate the structural calculation, use Analysis menu. From here, you can find *static, modal,* and *dynamic* analysis options. It displays tabulated results for each of these analyses. The structural calculations include *displacements, reactions, axial and shear force, moment, modal displacement, eigenvalues,* etc. These results can directly be copied or printed. It provides options to *draw bending moment, shear force, reactions, deformations, axial force,* etc.

**Home Page**

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## APM Structure3D

**APM Structure3D** is yet another free structural calculation software on this list. It also lets you draw structure, assign loads, and then perform various structural calculations to analyze its stability and performance. The calculation results provided in it include *static analysis, nonlinear analysis, buckling, P-delta analysis,* *eigenfrequencies, prestressed eigenfrequencies,* and *heat analysis* calculations.

### Here are the key features of this free structural calculation software:

- To draw a structure, it provides tools like nodes, rod, plate, solid, plate, hinge, support, elastic link, etc.
- In order to assign load, it provides a Load menu which contains options such as
*force on node, moment on node, nodes displacements, graph of dynamic load,**nodes temperature, linear acceleration, angular acceleration,*etc. - For performing different kinds of structural calculations, it lets you setup respective options like
*cross section mesh, equation solve method, maximum number of iterations, calculation accuracy,*etc. - It supports formats like DXF, DAT, BDF, etc. to import and export.

**Home Page**

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## LimitState RING

**LimitState RING** is the next free structural calculation software for Windows. It is different than other mentioned software in this list. It lets you perform calculations for bridge structures only. You can design railway and highway types of bridges, assign vehicle loads, and then analyze the structure. It basically evaluates whether a designed bridge is able to handle vehicle loads or not.

It provides a whole analysis report which contains structural calculations and bridge information. The report contains *contacts* (position, points, loss, shear, moment, status, etc.), *blocks information* (position, area, support, fill force, etc.), *geometry calculations, fill profile properties, partial factors*, etc. It lets you export geometry as DXF file.

**Note:** The demo version of this software is free for an unlimited time period but with feature limitations.

**Home Page**

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## Analysis3D

**Analysis3D** is a **portable structural calculation software** for Windows. You can easily draw a structure in it and solve various structural calculations. These calculations include **Joint Displacements**, **Member Forces**, **Member Stresses**, **Buckling**, **Reactions**, **NTM Forces**,** NTM Stresses**, **Member Design**, and **Detailed Design**. It comes with a few examples which can be used to get started with this software.

To draw a 2D or 3D structures, you can add frame or truss, joints, support joints, members, cross sections, material data, etc. Also, you can customize some options like* angle of view, background color, factor value,* etc. After creating a structure, you can assign it loads, such as joint loads, member loads, load combinations, etc. You can also set the temperature and then click on the *Calculate* button to solve the structure. You can also print the structure data, detailed design, drawing, etc. It lets you save a structure report as a text file.

This software provides a feature to combine two or more structure files with each other. It also supports DXF files to import or export structure.

**Home Page**

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## MASTAN2

**MASTAN2** is another one of structural calculation software for Windows. It lets you perform various analysis (1/2 order elastic, 1/2 order inelastic, etc.) and view various structural calculations such as Node Displacements, Node Reactions, Element Forces, Plastic Deformations, etc. You can also view deflected shape and diagrams like axial force, shear Y, shear Z, torque, moment, etc. The result report can also be saved as a text file.

It lets you draw structure using nodes, elements, connections, section, materials, etc. You can also define fixities, forces, moments, uniform loads, temperature effects, etc., and then perform structural analysis.

**Home Page**

**Download Page**