The Reynold Apparatus is a widely used fluid mechanics laboratory trainer designed to demonstrate the transition of fluid flow from laminar to turbulent conditions. It helps students understand the concept of Reynolds number and its significance in determining the type of flow in a pipe system.
This fluid mechanics Reynold Apparatus provides a visual and experimental method to study the fundamental principles of fluid dynamics, making it an essential unit for I.T.I., engineering colleges, polytechnic institutes, and research laboratories.
The Reynold Apparatus trainer consists of a glass tube, water reservoir, regulating valve, dye injector, and measuring tank mounted on a sturdy frame. Water flows through the glass tube, and dye is introduced at the inlet to visualize the flow pattern. By adjusting the flow rate, students can clearly observe laminar flow, transitional flow, and turbulent flow.
The setup allows for the calculation of Reynolds number, which defines the ratio of inertial forces to viscous forces in fluid mechanics. The experimental setup is easy to operate, compact, and durable, making it ideal for teaching laboratories and fluid flow experiment studies.
| Specification | Details |
|---|---|
| Test Section | Glass tube (transparent) |
| Flow Regulation | Control valve for varying flow |
| Visualization | Dye injection system |
| Measuring Instruments | Stopwatch, measuring tank for flow rate |
| Frame Construction | MS powder-coated rigid frame |
| Circulation System | Closed-loop water supply with sump |
We design and manufacture high-quality educational trainers for fluid mechanics laboratories. Our Reynold Apparatus is developed with a focus on accuracy, durability, and easy operation, making it a preferred choice for engineering colleges, universities, and training centers.
Trusted by educators and researchers, this apparatus ensures that students not only learn the theoretical concepts of fluid mechanics but also gain hands-on experience in flow visualization and experimentation.