Fundamental of Remote Sensing

Course ID:  B5203U3M

Credits: 3

Course Prerequisites: Engineering Mathematics , Hydrology

Course Description and Goals:

Applied Hydraulics

Chapter 1 Introduction 

1.1 Introduction to Hydrological Analysis of Catchment Areas 

1.2 Introduction to Hydraulic Analysis of Catchment Areas 

1.3 General Geography and Hydrology of Taiwan Calculation 

2.6 Influence of the change of channel geometry on the water surface line 

2.7 Culvert flow analysis 

Chapter 3 Distributed runoff calculation 

3.1 Variable flow hydraulic equation 

3.2 Wave velocity 

3.3 Finite difference calculation method 

3.4 Linear numerical simulation of motion wave 

3.5 Maskingen-Kang Ju Channel Algorithm 

Chapter 4 Erosion in Catchment Area and Channel Erosion and Deposition 

5.2 Earth-rock flow sand concentration 

5.3 Slope conditions for earth-rock flow occurrence 

5.4 Earth-rock flow equilibrium concentration 

5.5 Earth-rock flow flow rate 

5.6 Earth-rock flow numerical simulation 

5.7 Earth-rock flow occurrence prediction 

Chapter 6 Hydraulic model theory and mud-sand movement model 

6.1 Model similarity 

6.2 Model similarity law 

6.3 Open channel water flow model 

6.4 Moving bed test model time scale 

6.5 Time scale discussion

Schedule Type:  Lectures, discussions, and presentations 

Course Schedule (subject to change): None