Hydraulic modeling using HEC RAS & Arc GIS

- Why This Course :
The training is designed to bring expertise among the participants in the . The course will be held as a two way interaction between student and tutor . In this program participants will learn about different HEC RAS tools and functions as well as they will learn the particular applications that are essential for engineers.
- Target Participants
People working in following filed or willing to work in following field can attend this program
-
- hydrology
- Flood management and modeling
- Hydropower
- Water resource
- Irrigation
- Analysis of flood
- Methodology
The training will be conducted in two way interaction module .New topic will be entered when participants become confident about previous topic .. The training sessions will begin with delivering the conceptual knowledge on HEC RAS and progresses with intensively engaging the participants into the contents and ends with making them pro-users.
The teaching method comprises:
*Presentation
* Practice
* Project
4.Course Description
- basic overview of course :
– Introduction
– Course Overview
– Relevance and scope of the Training
- Training/Practice
| Expected time | Description |
| Day-1 | Software Installation, Introduction, User’s Interface |
| Day-2 | Developing a Hydraulic Model |
| Day-3,4 | Geometry Data: Introduction, AutoCAD based and civil-3D based, GIS based data |
| Day-4 | Flow data: Hydrology: type of flow data, users criteria, boundary conditions, etc |
| Day-5 | Hydrological analysis, Run small program. |
| Day-6 | Practice on real field data (Exercise 1) |
| Day-7 | Geometry Edit:
|
| Day-8 | Exercise-2 |
| Day-9 | Geometry Edit: RAS MAPPER
Two dimensional flow areas, Geo-referencing an Hec-Ras model |
| Day-10 | Steady Flow Analysis |
| Day-11 | Unsteady Flow Analysis |
| Day-12 | Detailing of stage and flow hydrograph |
| Day-13 | Calibration of data, analysis |
| Day-14 | Model Accuracy: stability, sensitivity and Accuracy, OUTPUT |
| Day-15 | Sediment Transport Capacity (Basic)
Dam Break Analysis (Basic) |
NOTE: One or two days can be plus and minus based on student requirement and performance.
– Learning by doing
Group-based project work will be assigned to the participants to revise their learning and add more confidence while executing their learning into the work.
- What we provide for you
Software, Notes, Tutorials, Certificates and lifetime guideline once enrolled in a course.
- Study Duration
Total Days: 15 days
Total Study hour: 30 hours
Starting from Asar 14 (jul 28)
- Training Schedule
Time: 5pm-7 pm (evening shift)
- Training Cost:
NPR. 12,000 only
Online training
10.how to get enrolled
For booking your seats please contact
Shekhar nath chapagain -9857626075
Gyanendra pal -9843792556
Booking details :
payment information
1) esewa or khalti : 9857626075
2) via bank transfer NIC Asia Bank : 2620259995643001 : Shekhar Nath Chapagain
3) via bank transfer Global Ime Bank :0507010004068 : Shekhar Nath Chapagain
4) via Payoneer : [email protected]
In view of limited seats (maximum 10 seats) available at the Training, all interested colleagues, academicians and practicing engineers should register through the above link.and can send their confirmation of participation for the workshop to([email protected]) at the earliest. In view of limited seats the registration shall be done on first come first serve basis and after filling all the seats the registration will be stopped and Rest Applicants will Be Listed For Next Shift. Detailed program will be sent to registered participants only. Thank You
Best Regards
| Gyanendra Pal
CHAIRMAN Engineering Helpline Pvt. Ltd. Your Dreams | Your Choice | Our Creation Phone:9843792556 |
Course Features
- Lectures 0
- Quizzes 0
- Duration 30
- Skill level All levels
- Language English
- Students 6
- Assessments Yes
-
Software Installation, Introduction, User’s Interface
-
Developing a Hydraulic Model
-
Geometry Data: Introduction, AutoCAD based and civil-3D based, GIS based data
-
Flow data: Hydrology: type of flow data, users criteria, boundary conditions, etc
-
Hydrological analysis, Run small program.
-
Practice on real field data (Exercise 1)
-
Geometry Edit: Cross-section data Stream function Bridge or multiple bridge (Culvert opening) Inline structures (weir and gated spillway) Storage areas Cross section interpolations Viewing and editing data through tables Importing data Saving data
-
Exercise-2
-
Geometry Edit: RAS MAPPER Two dimensional flow areas, Geo-referencing an Hec-Ras model
-
Steady Flow Analysis
-
Unsteady Flow Analysis
-
Detailing of stage and flow hydrograph
-
Calibration of data, analysis
-
Model Accuracy: stability, sensitivity and Accuracy, OUTPUT
-
Sediment Transport Capacity (Basic) Dam Break Analysis (Basic)
