The TUM Alpine Project

Open Project
Copy Project
Post-processor Screenshot - PostProcessorScreenshot
Post-processor Screenshot - PostProcessorScreenshot
PostProcessorScreenshot
2D
Post-processor Screenshot - PostProcessorScreenshot
PostProcessorScreenshot
2D
Post-processor Screenshot - PostProcessorScreenshot
PostProcessorScreenshot
2D
Post-processor Screenshot - PostProcessorScreenshot
PostProcessorScreenshot
2D
Final Run - Run 1 - SimulationRun
SimulationRun
3D
Boundary Conditions, Uz to Ux - Run 1 - SimulationRun
SimulationRun
3D
Ux velocity - Run 1 - SimulationRun
SimulationRun
3D
Uz values changed - Run 1 - SimulationRun
SimulationRun
3D
Boundary Conditions changed - Run 1 - SimulationRun
SimulationRun
3D
Copy of Incompressible - Run 1 - SimulationRun
SimulationRun
3D
views 374
shares 1
wtariq
wtariq
Created

over 5 years ago

Last modified

over 5 years ago

Statistics
geometries 2 Geometries
meshes 2 Meshes
simulations 7 Simulation setups
runs 7 Results
About this project

To analyze orientation and wind loads on the roof specifically and to determine design of building overall.

Start the Conversation

Default avatar

Log in to comment.

Not yet a SimScale user? Sign up.

Share this project

Related Projects

advanced_tutorial-_pedestrian_wind_comfort_2 image
Advanced Tutorial: Pedestrian Wind Comfort

by simscalesimscale

tutorial_1-_structural_analysis_of_a_bracket-_geometry image
Tutorial 1: Structural Analysis of a Bracket- Geometry

by simscalesimscale

wind_field_over_city_landscpare image
Wind field over city landscape

by fsitefsite

urban image
URBAN

by rashwan_studiorashwan_studio

thermal_comfort_pc_lab-_tutorial image
Thermal Comfort Office Space- Tutorial

by Jon_WildeJon_Wilde

Project History

  • wtariq

    wtariq created this project

    over 5 years ago

The TUM Alpine Project by wtariq | SimScale