Flume

A flume is a watercourse or artificial channel designed to convey water, often utilized in the context of irrigation, hydroelectric power, or for logging purposes. Flumes can be constructed of materials like wood, concrete, or metal and are typically used in steep areas to control water flow. The design and construction of flumes can vary depending on their specific applications, ensuring optimum flow dynamics and minimizing erosion or sedimentation in the surrounding environment.

Flume meaning with examples

• The engineers designed a wooden flume to transport water from the mountain stream down to the agricultural fields, ensuring the crops received adequate irrigation while minimizing evaporation losses. This innovative approach significantly increased the yield potential for the local farmers relying on consistent water supply in arid conditions.
• During the summer, the local park featured a flume ride that drew families and adventure seekers alike. It was a thrilling experience, with twists and turns as guests splashed down the water chute, engaging in laughter and fun amidst the sunny weather. The design was both exciting and safe, attracting visitors from all around.
• To combat erosion from heavy rainfall, the city constructed a concrete flume along the hillside to direct runoff water safely away from residential areas. The project not only protected homes from potential flooding but also enhanced the aesthetic appeal of the landscape with strategically placed vegetation.
• In preparation for the annual logging operation, the workers meticulously built a log flume that allowed timber to slide down the mountainside directly into the waiting truck below. This historical method showcased the ingenuity of early loggers who strived to transport heavy tree trunks efficiently and effectively.
• The hydropower plant relied on an adjustable flume to control the water flow into the turbines, optimizing energy production based on current demand. Engineers regularly monitored and adjusted the system to ensure maximum output, contributing significantly to the local energy grid and sustainability goals.