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The aim is to verify that the strength and stiffness of the staircase is adequate.

This is a static structural analysis of a square pipe under internal pressure. The internal flow area is equal to that of an NPS 8 Schedule 40 pipe.

This simulation aims to simulate the static forces acting on a cutting tool insert and support under the following conditions.
 The final turning tool insert characteristics were:
ap 1.8 mm (0.3-4.2)
fn 0.19 mm/rev. (0.09-0.28)
C 225 m/min. (310-150)
The characteristics of the cutting tool shank:
Tool cutting edge angle: 75
Tool lead angle: 15
The cutting condition of the task was:
depth of cut (t) 2 mm
feed 0.2 mm/rev.
cutting speed 200 m/min
cutting material, C45 (DIN)
The forces acting on  the cutting area are:
Fx: -1436.5N
Fy: 1447.8N
Fz: -180.2N

From the creators of 9 to 5 comes a brand new concept, 3 to 6.

Analyze the deformation of wing skin for a given force.

In this project static structural FEA of front upright of Formula Student Vehicle is carried out under loading conditions. 800 newtons of force is applied at the both upper and lower control arm and 5000 newtons of force is applied as brake force and the behavior of upright is observed for the further considerations and use in vehicle.

This is a static structural analysis of an NPS 8 Schedule 40 for an internal pressure load.

This simulation project aims to show the buckling of the column whose one end is fixed and force applied on the other end.

This project is aims to optimize a wing rib where it present a several shape of cut-outs deal. This ribs is made from Aluminium and the applied force on the wing rib is 10 KN vertically and its attachment will be fixed. This process will help to improve and optimize the ribs design.

Quantificare lo sforzo sulla mattonella inferiore
Statica

Stress da sforzo normale
Simulazione statica

The main aim of the project was trying to find stress and total displacement on the surface and check with experimental results. In this project, F1 halo is simulated in two different static load condition and for that use SIMULATION TYPE was STATIC. The halo is a driver crash protection system used in open wheel racing series which consists of a curved bar placed to protect the drivers head. The system was introduced in 2015 and became mandatory according to FIA homologation and regulation from 2018.

Basic stress analysis of a lightweight bale spike for a tractor loader

stress and fatigue analysis of bucket excavator
structural analysis

Mesh generate
Node Analysis
Solution and Result

Tutorial project for linear static analysis of a crane

my project goal is to do the static analysis in a orthodontic plier. i created the plier using solidworks

The aim is to compare the clamping force of two headphones made using PVC and polypropylene.

A bearing supported steel shaft is investigated in this static simulation.
The goal of the project is to check whether the welded discs' can bear the fatigue loads and whether the keyway's load is in the acceptable range.

A simple static analysis is used in this case because the shaft is static and slowly rotating during operation. Inertial loads can be neglected.

Details:

In this real life engineering task there is a steel shaft with two discs welded on it. There are arms connected to the discs (not visible) which provide torque loads. The shaft is supported by means of bearings. The rotation is provided by the means of gear motor which weight is loaded on the shaft and locks the remaining degree of freedom of the system.

The dimensions are constrained by the actual design and the main parameters (shaft main diameter, bearing type) have been pre-defined. Some hand made calculations were also done which take into account the effect of stress concentration. This calculations then need to be compared to the simulation results.

Critical points are the welded discs and the keyway.

This project demonstrates the analysis of a mechanical arm using all available structural solvers on SimScale.

In this project a static linear structural analysis of a wheel loader arm is demonstrated.

This project shows the nonlinear static analysis of a car suspension.

static analysis | SimScale Project Library | Page 4