Product Details

This large-scale experimental flume is designed to support advanced hydraulic research and complex engineering projects, providing a realistic simulation of open-channel flow conditions for studying phenomena like sediment transport, wave mechanics, and structural interactions. Its substantial size allows for highly accurate approximations of real-world scenarios, making it ideal for both academic and professional investigations in water resource and environmental engineering. The flume features an expansive 7.5-meter-long test section with a cross-section of 600x800mm, constructed entirely from corrosion-resistant materials including stainless steel and glass-reinforced plastic. A precision-engineered inlet ensures minimal turbulence as water enters the channel, while a closed-circuit system with integrated water tanks—doubling as a accessible standing gallery—and a powerful pump maintains stable flow conditions. Motorized inclination adjustment enables precise slope simulation to achieve uniform flow depths, and the system supports a wide range of accessories such as weirs, piers, and wave generators for diverse experimental setups. Its primary applications include large-scale hydraulic modeling for infrastructure projects like dam spillways, bridge hydraulics, and coastal protection systems, as well as educational training for advanced students. The key benefits are its unparalleled versatility and realism; the generous dimensions allow for testing sizable physical models with detailed flow development, while the gallery ensures easy access for instrumentation and observation. This combination facilitates rigorous validation of theoretical models, innovative research into fluid dynamics, and hands-on learning experiences that bridge theory and practice in civil and environmental engineering contexts.