CVL832: Difference between revisions
| [checked revision] | [checked revision] |
Prashantt492 (talk | contribs) Creating course page via bot |
Bot: wrap bare course codes in wikilinks |
||
| Line 9: | Line 9: | ||
== CVL832 : Hydroelectric Engineering == | == CVL832 : Hydroelectric Engineering == | ||
Hydropower development schemes and their various configurations, Planning for firm Capacities, Peak Load and Base Load configurations, Role of and Regulation of Hydropower development in a mixed hydro-steam system, Governing of Hydropower systems; study of hydraulic transients in Penstocks. Surge analysis and dynamics of Surge tanks. Micro hydro power developments. CVV832 Approaches for Contaminated Site Characterization 1 Credit (0.8-0.2-0) The course will effectively present a sync between the formalization of groundwater contamination problem with the interplay of data requirements, to be obtained from site characterization, and mathematical modelling. For this, in the course modeling approached and geophysical methods from a very bare fundamentals and up to the recent most development will be presented. Subsequently, the usefulness and criticality of quality field-data and modeling methods will be explored with a goal of an efficient contaminated site management. Implementations of field data and numerical methods will be discussed using simple to very complex case-studies. | Hydropower development schemes and their various configurations, Planning for firm Capacities, Peak Load and Base Load configurations, Role of and Regulation of Hydropower development in a mixed hydro-steam system, Governing of Hydropower systems; study of hydraulic transients in Penstocks. Surge analysis and dynamics of Surge tanks. Micro hydro power developments. [[CVV832]] Approaches for Contaminated Site Characterization 1 Credit (0.8-0.2-0) The course will effectively present a sync between the formalization of groundwater contamination problem with the interplay of data requirements, to be obtained from site characterization, and mathematical modelling. For this, in the course modeling approached and geophysical methods from a very bare fundamentals and up to the recent most development will be presented. Subsequently, the usefulness and criticality of quality field-data and modeling methods will be explored with a goal of an efficient contaminated site management. Implementations of field data and numerical methods will be discussed using simple to very complex case-studies. | ||
Latest revision as of 16:28, 14 April 2026
| CVL832 | |
|---|---|
| Hydroelectric Engineering | |
| Credits | 3 |
| Structure | 3-0-0 |
| Pre-requisites | |
| Overlaps | |
CVL832 : Hydroelectric Engineering
Hydropower development schemes and their various configurations, Planning for firm Capacities, Peak Load and Base Load configurations, Role of and Regulation of Hydropower development in a mixed hydro-steam system, Governing of Hydropower systems; study of hydraulic transients in Penstocks. Surge analysis and dynamics of Surge tanks. Micro hydro power developments. CVV832 Approaches for Contaminated Site Characterization 1 Credit (0.8-0.2-0) The course will effectively present a sync between the formalization of groundwater contamination problem with the interplay of data requirements, to be obtained from site characterization, and mathematical modelling. For this, in the course modeling approached and geophysical methods from a very bare fundamentals and up to the recent most development will be presented. Subsequently, the usefulness and criticality of quality field-data and modeling methods will be explored with a goal of an efficient contaminated site management. Implementations of field data and numerical methods will be discussed using simple to very complex case-studies.