BlueInfras – BLUE INFRAS

HEC-HMS Modeling Tutorials

HEC-HMS Hydrologic Modeling Tutorial

0 Comments HEC-HMS, Hydrologic, Hydrologic Modeling, modeling, Tutorial

This video provides a basic introduction to HEC-HMS. It is assumed that you have hydrology background. The video is focused

Water Resources Management

WRM1. River Training And Riverbank Protection Works

0 Comments Afflux, bank stabilization, embankments, groynes, river training, riverbank failure, spurs, waterway

Instructional objectives: 1. The need for river training 2. Guide bunds for restricting the flow path of river waterway 3.

HP1. Principles of Hydropower Engineering

1 Comment dam, hydropower, plants

Instructional objectives On completion of this lesson, the student shall learn about: 1. Potential of hydropower that may be generated

Hydraulic Structures

HS1. Structures for Flow Diversion – Investigation Planning and Layout

0 Comments Barrages, diversion structure, hydraulic structures, Weir

Instructional objectives On completion of this lesson, the student shall learn: 1. The hydraulic structures built to divert water from

Soil Water Plant Relationships

IR1. Soil Water Plant Relationships

0 Comments Alluvial soils, Black soils, Desert soils, Laterites, Problem soils, Red soils, Soil, Soil classification, Soil structure, Soil texture, water quality

Instructional objectives After finishing this lesson, the student should understand: 1. How important soil and water are for plant growth.

H6. Subsurface Movement of Water

0 Comments aquifers, Capillary, confining, equipotential, ground water, saturated, Subsurface, unsaturated, Vadose, Water table

Instructional Objectives The learner will be able to learn after this lesson: The modes of water movement below How underground

H5. Design Flood Estimation

0 Comments Barrages, Base period, California, Coffer dams, Cross drainage, design flood, Design Flood Estimation, Diversion, flood frequency, flood peak, Gumbel, Hazen, hydraulic structure, hydro-meteorological, IDF, Indian Standard, Log – normal, Normal, Pearson Type III, Plotting positions, Probable Maximum Flood, return period, Standard Project Flood, statistical approach, Storage Dams, Time of concentration, Weibull, weirs

Instructional Objectives After finishing this lesson, you will understand: 1. How is a design flood for a specific hydraulic structure

rainfall runoff

H4. Rainfall Runoff Relationships

0 Comments catchment, GIS, GRASS, HEC-GeoHMS, HEC-HMS, hydrograph, modeling, Rainfall, Rainfall intensity, Rainfall Runoff Relationships, Runoff, TOPMODEL, Unit Hydrograph

Instructional Objectives We will study the following at the conclusion of this lesson: 1. How hydrograph varies with catchment features

runoff

H3. Runoff and Infiltration

1 Comment base flow, base flow separation, depression storage, Effective rainfall, hydraulic conductivity, hydrograph, hyetograph, Infiltration, Infiltration indices, interception, interflow, overland flow, piezometric head, Runoff, vadose zone

Instructional Objectives The learner should be able to learn the following by the end of this lesson: the significance of

H2. Evapotranspiration

0 Comments Actual Evapotranspiration, Energy balance method, evapotranspiration, Evapotranspiration gauges, Lysimeters, Mass transfer method, Pan evaporation, Potential Evapotranspiration, Soil water depletion method, Water balance method

The hydrologic cycle is completed by evapotranspiration, a process that restores water to the atmosphere. Evaporation and transpiration make up

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