Studies In Hydrology

Studies In Hydrology .

Studies in Hydrology

Technical Description of Studies in Hydrology

In civil engineering, studies in hydrology are conducted in connection with the design, construction and operation of hydraulic engineering systems and water management functions. These studies focus on topics such as seepage and flow of water in the soil and the use of groundwater resources.  Can be used to study seepage and groundwater flows after precipitation. In particular, permeability and storage capacity of soils can be clearly observed. Variable precipitation density and areas and different groundwater feed and discharge possibilities allow a wide variety of experiments. The core element of the trainer is a sand-filled, stainless steel experiment tank with inclination adjustment. To illustrate groundwater flow, the water is supplied via two side-mounted chambers. At the bottom of the experiment tank there are measuring connections to detect groundwater levels. A mirrored arrangement of the measuring connections allows for a finer resolution of the measurement.

Specification of Studies in Hydrology

• Investigation of seepage flows and groundwater levels over time
• Closed water circuit
• Stainless steel experiment tank with transparent splash guard
• Experimental section separated from inlet and outlet chamber by screens
• Precipitation device with eight nozzles, adjustable precipitation area
• Water drain and two wells
• 19 measuring connections with filters at the bottom of the experiment tank
• Stainless steel storage tank with level indicator
• Water inlets and outlets can be adjusted separately via valves
• Instruments: tube manometer, rotameter (inlet) and measuring weir (outlet) in the measuring tank

Technical Data of Studies in Hydrology

Experimental section

• Area: 2x1m², depth: 0,2m
• Max. Sand filling: 0,3m³
• Inclination adjustment: -2,5...5%
• Precipitation device
• 8 nozzles, switchable in 2 groups of 4 nozzles
• Flow rate: 1...4,7L/min, square spray pattern

Pump

• Power consumption: 0,55kW
• Max. Flow rate: 1.500L/h
• Storage tank, stainless steel: content 180L
• Tube manometer: 19-fold, 300mmWC

Measuring ranges

• Flow rate (inlet): 150...1.600L/h

Dimensions and Weight of Studies in Hydrology

• LxWxH: 2.400x1.100x1.800mm
• Empty weight: approx. 250kg