MT Hall Internal View 01MT Hall Internal View 02Tow Trolley for Current Meter Calibiration View 01Tow Trolley for Current Meter Calibiration View 02Mohmand Dam Spillway ModelMohmand Dam Spillway Model View 02Gugera Branch Canal ModelGugera Branch Canal Model View 02Adjustable Module 1Adjustable Module 2Adjustable Module 3Sukkur Barrage ModelLacy MeterRe-circulation Canal Tail GateRoad Culvert ModelRoad Culvert Model View 02

The Model Tray (MT) Hall of CEWRE is a unique lab facility which is not offered by any other academic institute of Punjab province. MT Hall deals with the construction of physical models which are effective in improving safety, reducing construction costs, and optimizing the hydraulic performance of a wide array of existing and proposed hydraulic structures. MT Hall can achieve flow rates up to 04 cfs. With 9500 Ft2 of modelling floor space, we can accommodate all kind of physical models.

Physical Models constructed at the MT Hall

  • Spillways
  • Energy dissipation
  • River training works
  • Canal Falls
  • Irrigation Outlets
  • Road Bridges and Culverts
  • Miscellaneous scale models of other hydraulic appurtenances

Hydraulic Services available at the MT Hall

  • Calibration of Acoustic Doppler Current Profiler (ADCP)
  • Calibration of Current Meters
  • Scale-down Physical Modeling

Completed Projects in 2020

Sr No.
Research Activities/Projects
Explore
1. Calibration of ADCP
2. Calibration of Current Meters
3. Locally In-House Made of Ultrasonic Water Level Indicator and Controller Using Arduino Microcontroller (Depth range:12 feet)
View of ADCP Boat Coupled with Calibration Tow Trolley

Figure 1: View of ADCP Boat Coupled with Calibration Tow Trolley

View of Current Meter Coupled with Tow Trolley

Figure 2: View of Current Meter Coupled with Tow Trolley

Ultrasonic Water Level Indicator

Figure 3: Ultrasonic Water Level Indicator

On-Going Projects in 2020

Sr No.
Research Activities/Projects
1. Study of Hydraulic Characteristics of Rooster Tail behind spillway pier-A case study of Mohmand Dam
2. Hydraulic Performance Evaluation for various Shapes of road culverts
3. Development of Ultrasonic Water Level Indicator and Controller Using Arduino Microcontroller (Depth range:30 feet)
4. Construction Taunsa Barrage Model at 1:35 Scale

Lab’s New Additions in 2020

Sr No.
Additions/Installations
1. Restoration of Control Room of Current Meter Car
2. Repair of Water Tank of 4590 US Gallon Capacity
3. Installation of Eight (8”) Size Valve to Feed Re-circulation Channel

COMPLETED RESEARCH PROJECTS AT LAB

Sr No.
Student Name
Supervisor Name
Thesis Topic
Year
Res. Area
Res. Sub-Area
Study Area/Location
Details
1. Muhammad Amjad Saleem Dr. Ghulam Nabi Physical model study of effectiveness of spur under various flow conditions 2018 WRE Planning Read More
2. Muhammad Arfa Hassan Dr.Ghulam Nabi Physical scale model study for optimal design of hydropower production on Nokhar Branch 2015 MScHP Planning Nokhar branch Read More
3. Muhammad Farooq Muhammad Kaleem Sarwar Physical model study for energy dissipation phenomenon at vertical fall(RD 27 + 000) of LGBC 2012 MScWRE Modelling LGBC Read More
4. Aamar Ashraf Dr.Ghulam Nabi Physically based sediment and runoff modeling of rawal waterhsed 2012 MScWRE Modelling Rawal watershed Read More
5. Najam ul Saqib Dr.Ghulam Nabi Physical model study for sediment distribution in channel network 2011 MScWRE Planning Read More
6. Muhammad Mubashar Wasim Kaleem Sarwar Physical model study of scouring phenomenon at piers of west channel bridge over river Chenab near Chiniot 2011 MScWRE Hydraulic structure Chiniot District, Pakistan Read More
7. Mr. Usman Hafeez Dr.Ata-ur-Rehman Tariq Hydraulic performance of power tunnel for Kurram Tangi dam powerhouse No. 1 by physical modeling 2009 HPE Design Kurram Tangi dam Read More
8. Syed Qammar-e-Mohammad Dr.Muhammad Latif Hydraulic performance of overflow stepped spillway and stilling basin by physical modeling: A case study of Zarwam Weir 2006 WRE Hydraulic structure Zarwam Weir Read More
9. Bilal Sajjad Ghulam Nabi Physical model study for calibration of irrigation outlets 2004 WRE Planning Read More
Contact Us for More Information:

Muhammad Kaleem Sarwar (Ph.D.)
Tel: +92-42-99250257-58 Ext: 23
Fax: +92-42-99250259
Email: eng_kaleem@yahoo.com

Engr. Muhammad Awais Zafar (M.Sc.)
Tel: +92-42-99250257-58 Ext: 29
Fax: +92-42-99250259
Email: a.zafar@cewre.edu.pk

DOWNLOADS

Research Study for Calibration of Acoustic Doppler Current Profiler (ADCP)

Current Meter Calibration Using Plint Tow Trolly