SimScale simulation projects by Templates | Page 1

Templates's profile

An AI prediction in SimScale using a GNN ML model from NAVASTO

Example project of a multiphysics application. A Static and a Frequency analyses are used to determine the structural behavior of the assembly. Then, a conjugate heat transfer analysis will determine the thermal behavior of the cooling process of the motor - Copy

Thermomechanical analysis of a cast iron exhaust manifold

Cover is offset by 0.005 meter, 2 snaps, 
Assumptions : Symmetric on both planes.
Only a quarter portion of enclosure is analysed.

Two objectives: 
1. Influence of Spacing between the heat pumps on the efficiency
2. Microclimate in the vicinity of the heat pump outdoor units

This is a sample project showing how to perform a bolt preload analysis on a bolted flange model.  
For this particular project, sweep mesh controls are utilized, in order to create better quality elements ensuring low total node count.

The project consists of a 45deg flange segment simulation as well as the full flange simulation model.

Thermal Comfort analysis of Shopping center. 

Key Results:
Stack effect
Air flow through the floors
MRT and Operative temperature on the occupants
PMV and PPD results

Thermal simulation of EV charger with three different design alternatives and active/passive cooling

Optimize for the spark strength by assessing the electric field levels

Explore the impact of various insulator string materials by comparing electric fields and voltages

Arcing horn is made of two conductors where one is connected to the high voltage line and the other one is connected to the ground, separated by an air gap

A vacuum circuit breaker utilizes vacuum as the medium for arc extinction, comprising a fixed and moving conductor within a permanently sealed vacuum interrupter.

Electromagnetic simulation of an induction cooker

AlternatingCurrentFieldMeasurement(ACFM) is an electromagnetic technique that permits
nondestructive detection and size estimation of cracks extending to the surface of ferrous and
non-ferrousmetals.

Analysis of an inductor - Power electronics

Magneotstatics simulation to compare two different toothing designs for output force

Magnetostatics - calculating the actuating force and inspecting core saturation

Used for the Done in 60 Seconds Webinar with Onshape.

Example project of a multiphysics application. A Static and a Frequency analyses are used to determine the structural behavior of the assembly. Then, a conjugate heat transfer analysis will determine the thermal behavior of the cooling process of the motor.

Evaluate the influence of a cement column in a 3D thermal bridge

See how to setup and run a low speed drop test dynamic analysis of a plastic bottle being dropped from 1m height.

Apply elasto-plastic properties to the bottle material using a bilinear model with perfect plasticity.

Shelf loading example

The aim is to design a shelf that can withstand certain amount of load.

Failure in this case can be assessed  by either:
(1.) Assessing the maximum stresses developed on the plastic shelf versus different loading conditions
(2.) Checking whether shelf bending might lead large deformations such that the shelf might fall off the mounts

This is an example project using the Subsonic solver for high pressure hydrogen valve.

This example demonstrates how to setup a high pressure hydrogen case using both the Perfect/Ideal gas model and the Real Gas model, which is achieved through tabular upload of density and specific enthalpy as a function of pressure/temperature.

You can also see this project step by step setup through the following video
https://www.youtube.com/watch?v=w6N_c5hEh4Y

Off road light module where a simulation was run to compare two different heat sink designs. 
One with 15 fins and one with 11 fins.

Time-Harmonic magnetics simulation of a WPT system. In this example various design aspects were investigated such as: 
Having an air core between the transmitter and receiver coils. 
Adding ferrite bars on the coils to enhance the magnetic flux distrbution between the transmitter and receiver. 
Placing an Aluminum shield to confine the magnetic flux in between the recevier and transmitter. 

Obtain results such as coupling coefficients, impedances, induced voltage, etc.

NEMA 23 stepper motor anaylzed using Magnetostatics. Objective is to calculate the holding torque.

Magnetostatic simulation of a linear actuator. The goal is to calculate the actuating force acting on the plunger. 

One might be interested in investigating the influence of different materials, coil properties etc on the force value.

Magnetostatic simulation of a magnetic lifting machine. The goal is to calculate the lift force generated by the electromagnets. 
One might be interested in investigating this force against different air gap distances.

Hydrofoil Product Demo.
Highlights:
1. Lift and Drag coefficients of a Hydrofoil
2. Wall shear Stress analysis
3. Surface and Stagnation Pressure

A centrifugal pump with AI result prediction.

Rotor and shaft connection analysis. 4 step simulation:
1. Interference fit
2. Centrifugal load
3. Torque
4. Temperature increase - Copy - Copy

Heat transfer analysis of a near net ring forging being quenched in water and in molten salt.

Natural convection analysis of a Street light assemlbly with 3 LED modules of 12 LEDs each.

The purpose of this project is to analyze the thermal performance of this hydronic heat exchanger

Structural simulation according to UN 38.3 T3 vibration test criteria

LED Spotlight project, aiming to bring the temperature of the diodes of an LED spotlight design below the maximum allowed temperature of the diodes of 90C. Comparison of different heat sink designs

Robotic gripper FEA stress simulation, copy of https://www.simscale.com/projects/rviswanathan/gripper/

Checking the sealing fitting process on a quarter symmetry model with and without friction. This is a sample hyperelastic rubber material using the Mooney-Rivlin model. Results of interest are the required fitting force as well as the contact state and pressure.

Demo of cooling of Raspberry Pi using the Immersed Boundary Method (IBM). 
IBM makes CAD cleanup and defeaturing obsolete. A CAD with detailed electronic features (pins, connectors, engravings, etc.) can be directly imported as is for simulation
In this demo a Raspberry Pi is overclocked and the heat transfer behaviour is compared for two cases where the fan is off and on.

Public Profile

Templates's profile