The stiffness method solver is a computer program that solves the stiffness equation for a structure. The stiffness equation is used to determine the deformation of a structure due to a load. The stiffness method solver can be used to solve a variety of structures, including beams, trusses, and frames. The program is easy to use and can be used to quickly determine the deformation of a structure.
Before we get to know the steps to download and install the Stiffness Method Solver For PC for PC, let’s discuss its technical specifications:
Download & Install Stiffness Method Solver For PC: Windows 10/8/7
To install the Stiffness Method Solver on your Windows computer, you will need to install an Android emulator first. Let’s see how to get this done in a few minutes:
|App Name:||Stiffness Method Solver On Your PC|
|Devoloper Name:||JFS Structures|
|Updated on:||Mar 5, 2020|
|Supporting OS:||Windows,7,8,10 & Mac (32 Bit, 64 Bit)|
|Get it On:|
Stiffness Method Solver Andorid App Summary
JFS Structures is the developer of this Stiffness Method Solver application. It is listed under the Education category in the Play Store. There are currently more than 15061+ users of this app. The Stiffness Method Solver app rating is currently 4.0.1.
It was last updated on Mar 5, 2020. Since the app cannot be used directly on PC, you must use any Android emulator such as BlueStacks Emulator, Memu Emulator, Nox Player Emulator, etc. We have discussed how to run this app on your PC, mac, or Windows with this emulator in this article.
Features of Stiffness Method Solver for PC
– The Stiffness Matrix
– The Deflection Vector
– The Reaction Force Vector
Stiffness Method Solver App Overview and Details
Stiffness Method Solver provides a convenient, detailed solution of the stiffness method in 2D Structures.
1. Why is it Convenient?
Using hand calculations, the stiffness method can take hours and it is difficult to know if you are on the right track. This app can give you the solution in seconds and you can quickly check if you have reasonable results.
Users can edit the solution to match how they solved the problem. They can do this by swapping the global freedoms or changing the direction of the location vectors.
There are help buttons throughout the app located at the bottom of each step.
Lots of structural analysis programs exist that do similar calculations but the engineers that build them are notorious at hiding their calculations. This app shows all calculations and explains each of the steps needed to solve the problem.
2. What is the Stiffness Method?
The stiffness method is a static analysis of a structure. For the purposes of this app, static means the structure is in equilibrium and at rest. Structures are made up of nodes (points with different restraint conditions) and elements (1D materials that connect nodes together). Loads are then applied to the structure.
The main assumption is that displacements are small. This assumption is key as it allows the solution to be derived under linear geometry, linear elasticity and radians can be interchanged with gradients. Because of this linear behavior, linear algebra can be used, which gives rise to the use of matrix calculations.
Matrices are used to describe the stiffness of structures and are transposed, inverted, multiplied and added to gain solutions. Matrix calculations can be difficult but are easily handled by a computer.
3. What is in the detailed solution?
The app is able to determine whether the structure type is a truss, beam or frame. The solution includes:
– The Directional Cosines
– The Element Freedoms
– The Element Local Stiffness Matrices
– The Element Rotational Matrices
– The Element Global Stiffness Matrices
– The Global Stiffness Matrix
– The Inverse of K11
– The Global Displacements at each Freedom
– The Local Displacements at each Element
– The Structure Free Body Values (Global)
– The Element Free Body Values (Local)
– The Free Body Diagrams
Equations and Final State
– The Equations at each Element*
– The Critical (Stationary and End) Points of each Equation
– The Diagrams of each Equation
– The Final (Equilibrium State) Position
– Axial Force / Axial Stress / Axial Strain / Axial Deformation
– Shear Force / Shear Stress / Shear Strain
– Bending Moment / Curvature / Rotation / Deflection
4. What is included in the In-app Purchase?
With the standard version of the app, users have access to all pre-processing data and the solver.
The in-app purchase “Full Solution” provides extra results including: Displacements, Free Body data, Equations and Final State. Before purchasing, if you want to understand more about the extra results, users have access to three example files that show the entire results.
5. Does it work?
The code has been tested against questions from a textbook (and is correct) with 8 truss, 17 beam and 12 frame solutions. The app has been tested across multiple devices.
Whats New In this Stiffness Method Solver?
– Minor change in matrix inverter
The stiffness method solver is a powerful tool that can be used to solve problems involving stiffness of structures. It can be used to calculate displacements, stresses, and strains in structures. The solver is easy to use and can be adapted to a variety of different problems.
This concludes our article on Stiffness Method Solver Download for PC. Please let us know if you have any questions or have issues installing Emulators or Stiffness Method Solver for Windows. Glad to help you out!
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