Hydraulics lab Products
Open channel
Code : (CH-31)
The open channel flume simulator is created to demonstrate the fundamental concepts needed to comprehend how open-channel flow shifts during flooding and to compute the discharge at dams.
The instructor provides a wide variety of experiments with a comprehensive educational system that includes a large flume and numerous experimental modules for conducting various exercises and analyzing water profiles created by weirs.
The trainer is equipped with a program to manage the trainer and collect data using a remote-control device.
• Equal and unequal flow rate
• Formulas for flow
• Transition of flow (hydraulic jump)
• Dissipation of energy (hydraulic jump, stilling basin)
• Flumes for measuring flow
• Losses within the vicinity caused by blockages.
Advanced hydrological
Code : (CH-32)
The trainer is seen as a container filled with sand, which is used to teach students about groundwater principles and leakage flow.
It also aids in the analysis of sediment movement and barriers in flowing streams.
• Rivers' flow characteristics, barriers in riverbeds, movement of sediment in waterways.
• Development of drawdown graphs for single or dual well setups on a sandy substrate
• Gradients in water pressure in subsurface flow means the same as Hydraulic gradients in ground water flow.
• The creation of characteristics found in rivers and their evolution through the passage of time.
• Transportation of sediment, movement of bedload, excavation, and wearing away.
Open & closed Channel
Code : (CH-33)
The training system enables trainees to examine flow in open flumes or pipes by attaching a module that converts the open channel into a closed one.
By combining various modules, students can examine a variety of configurations in both open and closed channels to replicate real-life situations.
• Study of flow in open channels:
o Study of open channel flow with the utilization of sluice gate
o Study on flow in an open channel by obstructing the outlet gate.
o Study on open channel flow with sharp-crested weir.
o Study of open channel flow using double rounded crested weir.
o Study of open channel flow through sky jump spillway.
o Study of open channel flow with the use of weirs
• Study of flow in closed channels:
o Study on closed channel flow using sluice gate
o Study of closed channel flow by obstructing the outlet gate
o Study of closed channel flow with sharp crested weir.
o Study of closed channel flow with double rounded crested weir
o Study of closed channel flow with the utilization of a sky jump
spillway.
o Analysis of flow in obstructed channels with sills.
Cake & depth filtration
Code : (CH-34)
The training kit is created to explore cake and in-depth filtration methods.
It includes a lightweight bench-top kit for easy arrangement, allowing students to learn filtration theory.
The kit emphasizes the difference between depth and cake filtration.
• Showing how filtration works: Darcy’s equation demonstration
• Conducting depth filtration using various bulk solids and suspensions.
• Carrying out cake filtration using various suspensions
• Determination of distinct filtration levels.
