The GUNT Elements for Energy Dissipation (HM 160.35) are designed to manage high-energy supercritical discharge downstream of control structures, preventing damage to the experimental flume bottom. These elements, used in combination with the HM 160.32 ogee-crested weir, allow precise study and control of flow energy and hydraulic jumps.
Product Features
- Set of elements for energy dissipation, including chute blocks, baffle blocks, and end sills
- Mounted on a base plate for secure positioning and experimental flexibility
- Used together with HM 160.32 ogee-crested weir to study energy dissipation techniques
- End sills create stilling basins and maintain the hydraulic jump position
- Elements can be used individually or in combination for varied experiments
- Durable construction suitable for educational and research applications
- Facilitates hands-on study of flow energy management in open channels
Benefits
- Enables practical study of energy dissipation in hydraulic engineering
- Supports safe handling of high-energy supercritical flow
- Provides flexibility in experimental setup with individual or combined elements
- Enhances understanding of hydraulic jump formation and control
Why Choose GUNT Elements for Energy Dissipation?
The GUNT HM 160.35 Elements for Energy Dissipation offer a versatile platform for studying flow energy control and hydraulic jumps. Their robust design and compatibility with HM 160.32 ogee-crested weir make them ideal for hands-on learning and advanced hydraulic research.
