1. Labs
2. Equipments
| S.No | Equipments | Qty |
| 1. | Microprocessor based UV-Visible Spectrophotometer Range:200 to 2000nm | 1 |
| 2. | Hot Air Oven with Temperature Controller from ambient to 60oC with digital timer | 1 |
| 3. | Digital Incubator with temperature controller from ambient to 60oC with digital timer | 1 |
| 4. | Jar Test Apparatus | 1 |
S.No |
Description Of The Equipment Available |
1. |
Ductility testing machine, electrically operated |
2. |
Thermometers of various ranges |
3. |
Los angles Abrasion testing machine, IS 2386 Part IV, ASTM C 131, AASHTO T96 |
4. |
Aggregate crushing value apparatus 7.5 cm, 15cm & 30cm |
5. |
Aggregate impact tester IS 2386(IV) Automatic blow counter |
6. |
Laboratory CBR App motorized IS 9669, IS 2720 (Part XVI) 1979. "Aimil" |
7. |
Penetration piston, Face 50 mm. dia. With adjustable bracket for penetration dial gauge |
8. |
Thickness( flakiness ) gauge, ISI mark, IS 2386 (Part I) |
9. |
Length( elongation) gauge, ISI mark |
10. |
Flash point closed Pensky mortens Apparatus, IS 1209, IS 1448 with NPL certificate |
11. |
Ring ball apparatus, electrically heated , IS 1205 |
12. |
Marshall Test(Digital ) |
13. |
Benkelman Beam |
14. |
Serological Temperature controlled water bath with stirrer & digital temperature controller cum indicator |
15. |
Electrically operated Bitumen Extractor |
S. No. |
Description 0f The Equipment Available |
1. |
Bernoulli’s Theorem Apparatus |
2. |
Apparatus for Reynolds’ Experiment |
3. |
Apparatus for Determining of Minor Losses in Pipe & Pipe Fittings |
4. |
Venturimeter Test Rig |
5. |
Orifice Meter Test Rig |
6. |
Apparatus for Conducting Orifice Experiments |
7. |
Triangular Notch Tank Apparatus |
8. |
Rectangular Notch Tank Apparatus |
9. |
Pipe Friction Apparatus |
10. |
Pitot Tube Apparatus for Velocity Distribution |
11. |
Impact of Jet Apparatus |
12. |
Metacentric Height Apparatus |
13. |
Centrifugal Pump Test rig |
3. Test
Facilities
A: TEST ON AGGREGATES
B. TEST ON BITUMEN
C. TEST ON BITUMEN MIXES
D. ADVANCE TEST
E. COMPUTER ORIENTED EXPERIMENTS
1. Simulation of waiting time.
2. Overlay design based on computer program.
3. Thickness of individual layer design from the given parameters.
4. Shortest test path for a traffic network
5. Chart preparation for Speed Vs Radius of highway design.