Civil Engineering Lab Complex -IV

Home/ Laboratories/ Civil and Environmental Engineering Labs/ Civil Engineering Lab Complex -IV

CIVIL ENGINEERING LAB COMPLEX -IV (ROOM NO-110)

COURSES OFFERED

S.No Subject Code Subject Name
1 ETCE-358 Transportation Engineering Lab
2 ETCE-256   Structure Analysis Lab-I
3 ETEN-254  Structure Analysis Lab-II


TRANSPORTATION ENGINEERING LAB

SUBJECT CODE

  1. ETCE-358 Transportation Engineering Lab


LIST OF EQUIPMENTS

S.No Name of Item Qty. (Nos.)
1. Aggregate Crushing Value Apparatus 01
2. Centri fuge Extractor (Electrically) 01
3. Ring & Ball Apparatus 01
4. Centrifuge Extractor (Hand operated) 01
5. Universal Pertrometer 01
6. Density Basket 01

LIST OF EXPERIMENT:-

S.No. Experiment List .
1. To determine the Impact value of given road aggregate.
2. To determine the crushing value of the road aggregate.
3. To determine the elongation index of course aggregate by using Length Gauge.
4. To determine Flakiness index of Course aggregate using thickness Gauge.
5. Determine the penetration value of bituminous material.
6. To determine softening point of bitumen using ring & Ball apparatus.
7. Quantities determination of bitumen in hot mixing paved mixture by using centrifugal extractor.
8 To determine the abrasion value of a given sample of road aggregate using Deval Attrition Testing Machine.
9 To determine the ductility of bituminous material.
10 To determine the resistance to plastics Plow of bituminous paving mixture using Marshall Apparatus.
11  
12  
13  
14  
15  


STRUCTURE ANALYSIS LAB

SUBJECT CODE:-

  1. ETCE-260:-GeoTechnical Lab-I
  2. ETEN-351:- Materials Testing Lab-I​


DETAILS OF MAJOR EQUIPMENTS: -

S.No Name of Equipment Quantity
1. Two Hinged Arch Apparatus  
2. Three Hinged Arch Apparatus 01
3. Elastically Coupled Beam Apparatus 01
4. Redundant joint Apparatus 01
5. Unsymmetrical Bending Apparatus 01
6 Curved Member Apparatus 01
7. Apparatus for verification of Clerk Maxwell’s Reciprocal Theorem 01


LIST OF PRACTICAL :-

1 To verify clerk Maxwell's theorem by means of mild steal beam.
2 To determine the elastic displacement of the curved members experimentally and verification of the same by analytical methods.
3 To study the behavior of cantilever Beam under symmetrical and unsymmetrical bending.
4 Comparison of experimental and theoretical result of force in the members and the component displacement of the loaded joint D of a three bar suspension system for vertical loads.
5 To calculate experimentally and theoretically the loads in the three suspension roads supporting elastic beam with a concentrated load under two conditions:-
(a) When the suspension rods are attached at their upper ends to rigid supports.
(b) When upper end of the central suspension rod is attached to the centre similar elastic beam.
6 (a) To determine the horizontal thrust in a three hinged arch for given system of loads experimentally and verify the same with calculated value.
(b) To obtained influence line diagram for horizontal thrust in a three hinged arch experimentally and compare it with the calculated values.
7 (a) To study experimentally a two hinged arch for the horizontal displacement of the roller end for a given system of loading and to compare the same with those obtained analytically.
(b) To obtain the influence line ordinate for horizontal thrust experimentally in a two hinged arch by moving a load along the span and to compare the same with those obtained theoretically.
Top