Looking for 3d printing simulation templates? Sign up for SimScale and join the largest engineering simulation community in the world! | Page 5

Simulating airflow for a chimera+ cooling duct.

Part cooling fan duct for Anycubic i3 Mega S with E3Dv6 hot end - revision 3. Updated exit geometry to alter angle upward slightly on the rear exhaust and also a change to improve the directional output in the X-Y plane compared to Rev D v4.

Part cooling fan duct for Anycubic i3 Mega S with E3Dv6 hot end - revision 3. Updated exit geometry to alter angle downward slightly on the rear exhaust compared to Rev D.

Part cooling fan duct for Anycubic i3 Mega S with E3Dv6 hot end - revision 3. Updated  exhaust exit geometry to alter angle downward slightly compared to Rev C and Rev C v4.

Maker Select V2 fan duct - Ceberus - 3 headed monster

Bending stress and bending moments on patient-specific laryngoscope blade

Test flow of air in  3d printer part cooler

An Open-Source 3D printer Framework Design for enthusiasts.

This project contains everything you need to work on your homework assignement

This project is used to identify the flow of air to the printing object (Ender 3 Stock fan)

3D Printer part cooling fan for tool changer design

In-Out A@Hr  separation unit.

Density changable Dual Sphere mechanichal validation of No Presure Volume Area.

Abilitizing healthe-ability to living ambient.

1. Try to simulate airflow in a 3D Printer Fan Duct

Silicone sock/part cooling duct for a delta 3D printer

fan shroud for part cooling in a E3D v6 based extruder

working on a new cooling fan for a TypeA Machines Series 1

Trying to evaluate my improved cooling duct

Part cooling fan duct optimized with nozzle

Simulate the operational airflow of proposed Elagoo mars resin printer extractors.

Optimization Printer Cooling of an Ultimaker Original with 1 and 2 nozzles

This is a projection or the rupture points, for ultimate tensile strength of different printed plastics that I'm working on.

The project's goal is to investigate different infill types' effect on 3D printed parts' strength.  Reducing infill percentage will significantly lower printing times as well as weight and material costs but what about strength and stress. Different infills may serve different purposes, there are many literature on the topic. 

A 30mm3 cube with full infill is the reference and different infill types with 50 and 25 percent infill ratio are compared with it. 

Static analysis is to be made. 1N tensile load is to be applied on the top plane while the other plane is fixed. Maximal stress and deflection values are to be checked.

Please note that as 3D printed parts are build of layers, the anisotropic behavior has significant impact on parts' performance as well as different parameters like printing material, temperature, perimeter shell number, just to name a few.

Testing the bullseye fan for a e3d v6 hotend

Part cooling fan duct optimized with nozzle and heatbed

3d printing | SimScale Project Library | Page 5