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Darcy's Law

Understanding groundwater - A course by ACWADAM

The  Advanced Centre for Water Resources Development and Management (ACWADAM) has created a power-point course to explain the formation of groundwater and its management.Read More

The course consists of 6 modules; it includes the basics of understanding groundwater, study of geology, groundwater level and movement, planning and management of groundwater, storage and flow of groundwater and water quality. The modules have been made into succinct power-point presentations that include charts, diagrams and photographs besides the written word.

AttachmentSize
Understanding groundwater - A course by ACWADAM (Complete set of 6 ppts)6.49 MB
The process of understanding groundwater - A course by ACWADAM216.48 KB
Planning and management of groundwater - A course by ACWADAM1.08 MB
Storage and flow of groundwater - A course by ACWADAM1.63 MB
Groundwater level and movement - A course by ACWADAM843.54 KB
Geology - Study of the earth - A course by ACWADAM1.51 MB
Groundwater quality - A course by ACWADAM1.62 MB

Hydraulic conductivity: The ability of the rock material to allow the flow of groundwater – A presentation by ACWADAM

hydraulic conductivityThis presentation by ACWADAM on hydraulic conductivity deals with the hydrologic properties of rocks that signify the status of a rock as a good or poor aquifer. The status of a rock with regard to groundwater occurrence and movement is decided by its porosity (specific yield, more practically) and its hydraulic conductivity. These properties decide whether a rock can store and transmit groundwater.

Hydraulic conductivity is also commonly called as permeability of the rock or rock material and is its ability to allow the flow of groundwater through it. A rock with good hydraulic conductivity allows groundwater to easily flow through it.  

The presentation describes Darcy’s Apparatus, which comprises of a glass cylinder filled with porous sand. The glass cylinder with the sand bed had an inlet for inflow of water and an outlet for outflow of water. Two vertical glass tubes (manometers) are fitted in the sand tube placed at a fixed distance from each other to measure the respective levels (hydraulic heads).Read More

Influence of fractured zone on seepage from a water body – A research report by National Institute of Hydrology

The present study is in continuance with the earlier investigations made regarding the seepage from a surface water body in a multilayered aquifer system, wherein the influence of varying dimensions of a fractured-zone in a aquitard on the seepage from a source had been investigated. The objective is to examine the influence of a fractured-zone in a confining aquitard on the seepage from a surface water body. The issues covered include the influence of –

  • The location with respect to the source of a fracture in the aquitard
  • The position of the fractured aquitard at various depths in the aquifer system on the seepage from the source

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Influence of fractured zone on seepage from a water body by NIH (1997-98)919.78 KB
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