The GUNT HM 163.35 Elements for Energy Dissipation are designed to study and control the dissipation of energy in supercritical flows downstream of control structures. They help prevent damage to the flume bottom and allow the hydraulic jump to be stabilized at a desired position, providing valuable insights for hydraulic experiments and teaching.
Product Features
- Designed to dissipate high energy from supercritical discharge downstream of a control structure
- Prevents damage to the flume bottom using stilling basins and dissipation elements
- Includes chute blocks, baffle blocks, and end sills mounted on a base plate
- Chute block replaces the weir outlet of HM 163.32 ogee-crested weir
- End sills and baffle blocks can be placed downstream individually or combined
- Works together with HM 163.32 for flow energy dissipation studies
- Durable construction suitable for laboratory and educational use
Benefits
- Enables safe study of high-energy supercritical flows
- Provides flexibility to analyze hydraulic jump and energy dissipation effects
- Supports educational and research applications in hydraulics
- Modular design allows different configurations for experiments
Why Choose GUNT HM 163.35 - Elements for Energy Dissipation?
These elements allow precise study and control of energy dissipation in supercritical flows, helping researchers and students understand hydraulic behavior and jump stabilization.
