The construction of hydroelectric power plants is always done using geological information and frequently the whole project is conditioned by the geological nature and characteristics of the site. The importance of geology in the planning, construction and operation of hydroelectric power plants will be presented and discussed. Without trying to be exhaustive, some aspects related to the watertightness of the reservoir, the stability of the reservoir slopes, the watertightness and deformability of the dam foundations, site conditions of the appurtenant structures and availability of construction materials, will be presented
Geological characters analysis is essential for micro hydropower plant (MHP) development planning. T...
The construction design of the underground hydroelectric plant Ombla required geological and structu...
A channel/tunnel, which carries the water to the penstock/pressure shaft is called headrace tunnel (...
This book focuses on topics closely related to geological structures and hazards associated with roc...
Hydroelectric energy is the most widely used form of renewable energy, accounting for 16 percent of ...
--pt. CXXX, ch. 1 Hydroelectric power plants, general requirements.--pt. CXXX, ch. 2 Hydroelectric p...
The paper presents the analysis of different types of impact the hydroelectric power plants’ reservo...
At the entire surface of the investigated field can be seen metamorphic rocks from Rifei -Cambric ag...
Most of the hydropower plants developed in a mountainous topography consist different underground st...
In dam construction, the actual depth to adequate foundation materials at a site is known with certa...
Hydropower is one of the renewable energy sources. Hydropower plants generate electricity using the ...
This text is directed at the heart of Engineering Geology where geology is used to identify potentia...
The topography, geology, foundation conditions and geotechnical properties of the rock units play a ...
Dams are engineering structures constructed for different purposes. They are of differentsizes, shap...
The General Hydrotechnical Planning Potential of Ţibleş Mountains. The need to supply the cities wit...
Geological characters analysis is essential for micro hydropower plant (MHP) development planning. T...
The construction design of the underground hydroelectric plant Ombla required geological and structu...
A channel/tunnel, which carries the water to the penstock/pressure shaft is called headrace tunnel (...
This book focuses on topics closely related to geological structures and hazards associated with roc...
Hydroelectric energy is the most widely used form of renewable energy, accounting for 16 percent of ...
--pt. CXXX, ch. 1 Hydroelectric power plants, general requirements.--pt. CXXX, ch. 2 Hydroelectric p...
The paper presents the analysis of different types of impact the hydroelectric power plants’ reservo...
At the entire surface of the investigated field can be seen metamorphic rocks from Rifei -Cambric ag...
Most of the hydropower plants developed in a mountainous topography consist different underground st...
In dam construction, the actual depth to adequate foundation materials at a site is known with certa...
Hydropower is one of the renewable energy sources. Hydropower plants generate electricity using the ...
This text is directed at the heart of Engineering Geology where geology is used to identify potentia...
The topography, geology, foundation conditions and geotechnical properties of the rock units play a ...
Dams are engineering structures constructed for different purposes. They are of differentsizes, shap...
The General Hydrotechnical Planning Potential of Ţibleş Mountains. The need to supply the cities wit...
Geological characters analysis is essential for micro hydropower plant (MHP) development planning. T...
The construction design of the underground hydroelectric plant Ombla required geological and structu...
A channel/tunnel, which carries the water to the penstock/pressure shaft is called headrace tunnel (...