Model & approach
- Model the complete installation and windbreak across several incident wind directions
- Compare pressure at supply and discharge interfaces, wake structure and resultant wind force
Project case / Customer-independent
Windbreak and airflow integration for a standalone container system
External-flow CFD compared windbreak geometries and their influence on intake, discharge, local pressure and wind loading around a standalone technical installation.
Engineering question
The windbreak had to support supply and exhaust function across changing wind directions without introducing excessive load or new recirculation paths.
Boundary conditions
- Free external flow around the container, openings and windbreak
- Geometry variants with revised leading form and positioning
Results of the assessment
- Windbreak form changed both local interface pressures and the wake of the complete installation.
- Incident direction and spacing emerged as important integration parameters.
Engineering consequence
The study provided a geometry and positioning recommendation for subsequent plant integration.
Context
This page summarizes internal project documentation independently of the customer. Absolute values, confidential geometry and independent physical validation are not published.
Related projects
Process & plant engineeringCFD simulation
Shape optimization of a flow bend
CFD and adjoint optimization were used to develop a compact flow turn within defined packaging constraints.
View project
Process & plant engineeringCFD simulation
Separator baffles in a pipe reactor
CFD assessed the form and orientation of separator baffles whose movement through pipe bends could impair stable operation.
View project
Process & plant engineeringFEA structural analysis
Cooling-assembly structure
A finite-element model assessed the assembly, welded joints and support reactions across operating, exceptional and vibration load families.
View projectA similar question?