German Workshop: Schritt-für-Schritt Anleitung: Session 1

Open Project
Copy Project
0views 291shares 0
mealstromm
mealstrommlikes 0
Created

Last modified

Statistics
geometries 0 Geometriesmeshes 0 Meshessimulations 0 Simulation setupsruns 0 Results
About this project

Ziel ist es die Verformung eines Quadrocopter-Armes für verschiedene Auftriebskraefte zu untersuchen. Hierzu werden wir ein Rechengitter für den Arm erstellen und dessen strukturelles Verhalten für verschiedene Kraefte untersuchen: 0.75N, 1.5N, 2.25N, 3N

Share this project

Related Projects

airflow_around_a_spoiler_1 image
Tutorial - Airflow around a spoiler

by Ali_ArafatAli_Arafat

tutorial-_harmonics_analysis_of_an_airfoil_-2-2-_3 image
Tutorial: Harmonics Analysis of an Airfoil (2/2)

by simscalesimscale

tutorial-_compressible_flow_around_a_wing image
Tutorial: Compressible Flow Around a Wing

by simscalesimscale

airplane_cabin_fluid_flow_simulation image
Fluid Flow Simulation of an Airplane Cabin Ventilation

by SamPrabhuSamPrabhu

boeing_737-800_1 image
boeing 737-800

by equidad1equidad1

Project History

  • mealstromm

    mealstromm created this project

Set up your own cloud-native simulation in minutes.Start Simulating Now
SimScale logo