The GUNT Ogee-Crested Weir with Two Weir Outlets (HM 160.32) is a fixed control structure designed for studying flow transitions and energy dissipation in open channels. Ogee-crested weirs create supercritical discharge downstream, and excess flow energy can be dissipated using features such as a ski jump or stilling basin.
Product Features
- Set of two ogee-crested weirs with different weir outlets: chute only and chute with ski jump
- Demonstrates flow transition to supercritical discharge over the weir body
- Illustrates the high energy of supercritical flow and methods for safe dissipation
- Optional accessory HM 160.35 provides additional elements for energy dissipation studies
- Durable construction suitable for educational and research experiments
- Easy integration with HM 160 experimental flume for hands-on hydraulic experiments
Benefits
- Enables practical study of supercritical flow and energy management in open channels
- Supports experiments comparing different weir outlet designs
- Facilitates understanding of energy dissipation techniques such as ski jumps and stilling basins
- Ideal for hydraulic engineering education and research applications
Why Choose GUNT Ogee-Crested Weir with Two Weir Outlets?
The GUNT HM 160.32 Ogee-Crested Weir with Two Weir Outlets provides a versatile and precise platform for studying flow transition and energy dissipation in open channels. Its dual outlet design and optional accessories make it ideal for hands-on learning and research in hydraulic engineering.
