SimScale simulation projects by afischer | Page 1

afischer's profile

Fan forced convection cooling of an EV battery pack

CHT simulation of an LED COB module luminaire with the Immersed boundary method for minimal preparation time and fast design iterations.

This project shows an electronic cooling application of ICs on PCB using the conjugate heat transfer transfer technique, abbreviated as CHT. Conjugate heat transfer defines processes which involve variations of temperature within solids and fluids due to thermal interaction.
You can find the tutorial for this project here: https://www.simscale.com/docs/tutorials/conjugate-heat-transfer-cooling-of-electronic-sink/ - Copy

Ran a transient CHT study with the IBM solver. Tried to figure out how long I have to wait without pouring cold water over the boiled egg until it's at a good temperature to eat. Also checked which temperature the boiled egg has after 10 minutes to intialize the cooling run. Thermal properties taken and comparison done to this amazing paper from university of Osnabrück.

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

LED Downlight with a Chip on Board (COB) module

Copy of @pthomas's geometry. Did a frequency analysis with it.

determine pedestrian comfort in example built environment

Copy @macom's project. This project contains everything you need to work on your homework assignement

Filling of a bavarian maßkrug with beer. Interesting factors being: The filling angle (influencing foam development) and the inlet velocity

Similar project to @hermanowicz water tank project with simplified geometry

Copy of saksu's project: application of load on a V channel wheel. Created solid model out of the shells

Copy of @tfernandez project to help setup a particle analysis. Hoppers are normally used in indrustries to store grain or another materials. 
The geometry of hopper was provided by GrabCAD user Ross.

Copy of @ldebruin's project:Testing compatibility with Onshape

Mesh upload for component  for @ITECHENG's project

Copy of @likeaost's project: The simulation of wind loads on the flagpole with the flag

copy of @jmayers project: plantar pressure

Response of a crane structure to tip load

This example simulation shows the acoustic eigenfrequencies of a car cabin cavity and the corresponding bounding box.

Copy of @smartins project: granular flow in a mill. The center of rotation does not lie in the center of the geomtry here.

Fun simulation project: Wingsuit pilot external flow, without taking fluid structure interaction into account

Copy of @rogierelsinga's matrix analysis project. Did a simple mesh with automatic tetrahedralization.


This example simulation shows the heat transfer in an engine piston due to a convective heat flux.

Copy of @louisbrillon's project: testing modal analysis

Water flow from the tank of a water closet down. Kind of a fun project but with a very interesting analysis on the shear stresses on the inside walls dependent on the different designs, showing a much better performance for the design introducing a rotational flow.

The project illustrates how to simulate airflow around a complex F1 vehicle.

This project shows how to set up a linear static analysis for an elastic body.

This project demonstrates the discrete particle simulation of different mixing mills.

The acceleration of a particle mill is demonstrated within this project.

This simulation shows how to compute the stress distribution inside an engine piston.

This analysis shows a use case for the frequency analysis on the SimScale platform.

This project shows a linear analysis of a multibody system restricted by bonded and sliding contact constraints.

This project demonstrates how to compute the acoustic eigenfrequencies of a muffler

In this project a nonlinear dynamic analysis of a valve spring is demonstrated.

Copy of @benjamin's project: heatpipe, simple example steady-state setup

copy of @kturnbull's project (https://www.simscale.com/projects/kturnbull/resistorassydraft)
thermal analysis of resistor in  fixed environment. I modified the geometry slightly, adding connections and used volume heat source bcs.

Copy of @Deluxee's project: Presse. Fused and partitioned model.

The goal is to see how the air flows around a hull and wing body when the hull is
angled to windward

Copy of Disc Rotor of @mpasquon's project, showing how quick the steady-state is reached with prescribing temperature bcs for the thin disk


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