List of Equipment
S.No. |
Details of Equipments |
Qty. |
1 | Thickness gauge | 2 |
2 | Length gauge | 2 |
3 | Pycnometer | 4 |
4 | Cylindrical metal measure | 3 |
5 | Aggregate impact testing machine | 1 |
6 | Los Angels abrasion testing machine | 1 |
7 | Aggregate Crushing Test Apparatus | 1 |
8 | Sieve test (Fine aggregate) – Brass (4.75mm to 38mic with lid and pan) | 32 |
9 | Sieve test (Coarse aggregate) – G.I (63mm to 4.75mm with lid and pan) | 42 |
10 | Sieve shaker – Motorized | 1 |
11 | Stripping – Aggregate Test – Film Stripping Device | 1 |
12 | Specific gravity bottle | 5 |
13 | Le-Chatlier’s water Bath mould conforming | 1 |
14 | Flow table (Motorised) | 1 |
15 | Slump cone apparatus | 7 |
16 | Compacing factor apparatus | 1 |
17 | Vee – Bee consistometer | 1 |
18 | Vibrating table | 1 |
19 | Bitumen ductility testing machine | 1 |
20 | Universal penetrometer with automatic time controller | 1 |
21 | Ring and Ball Apparatus (Electrically Operated) | 2 |
22 | Standard Tar viscometer | 1 |
23 | Vicat needle apparatus | 2 |
24 | Marshall stability for Bituminous Mixer | 1 |
25 | Centrifuge Extractor – Bitumen – 1500g (Electrically Operated) | 2 |
26 | Storage stability for bitumen | 1 |
27 | Mortar cube mould (70.6mm x 70.6mm x 70.6mm) | 25 |
28 | Concrete cube mould (150mm x 150mm x 150mm) | 40 |
29 | Concrete cylinder mould (150mm dia x 300 mm) | 29 |
30 | Beam mould (100 x 100 x 500mm) | 21 |
31 | Beam Mould (150 x 150 x 700 mm) | 23 |
32 | Concrete Mixer Machine Type Electrically Operated | 1 |
33 | Compression Testing Machine – 2000kN – Digital | 1 |
34 | Flexural testing machine motorised (100 kN) | 1 |
35 | Concrete Permeability Apparatus | 1 |
36 | J – Ring Self Consolidating Concrete – SCC | 1 |
37 | L Box – Self Consolidating Concrete – SCC | 1 |
38 | U Box – Self Consolidating Concrete – SCC | 1 |
39 | V – Funnel for Self Consolidating Concrete – SCC | 1 |
40 | Flow Table apparatus for Self Consolidating Concrete – SCC | 1 |
41 | Rebound Hammer | 1 |
42 | Ultra sonic Pulse Velocity tester – Digital | 1 |
43 | Concrete penetrometer – Spring type | 1 |
44 | Air entrainment meter | 1 |
45 | Density Basket | 2 |
46 | Needle Vibrator | 1 |
47 | Oven | 1 |
48 | Hot Plate Oven | 2 |
49 | Air Permeability Apparatus | 1 |
50 | Accelerated steam curing tank | 1 |
51 | Concrete Core Cutting Machine – (Electrically Operated) | 1 |
Total Value Rs. 27.73 Lakhs |
List of Experiments
S.No. |
Details of Experiments |
1 | Determine the standard consistancy of given concrete sample. |
2 | Determine the water absorption of the bricks. |
3 | To determine the compressive strength of bricks. |
4 | Determine the fineness of cement. |
5 | Determine the quantity of water required to produce a cement paste by vicat apparatus. |
6 | Determine the initial setting time of cement. |
7 | Determine the specific gravity of cement. |
8 | Detect the presence of uncombined lime in cement using Le-Chatelier apparatus. |
9 | Determine the compressive strength of cement by mortar cube . |
10 | Determine the grading limit and obtain the particle size of the fine aggregate that is fineness modulus. |
11 | Determine the specific gravity of fine aggregate. |
12 | Determine the percentage of bulking and bulking factor of fine aggregate. |
13 | Determine the bulk density of the given sample. |
14 | Determine the grading limit and obtain the particle size of the coarse aggregate that is fineness modulus. |
15 | Determine the bulk density of the given coarse aggregate sample. |
16 | Determine the flakiness index of the coarse aggregate. |
17 | Determine the elongation index of the coarse aggregate. |
18 | Determine the aggregate abrasion value of coarse aggregate. |
19 | Determine the aggregate crushing value of coarse aggregate. |
20 | Determine impact value of the given coarse aggregate. |
21 | Find the slump value of concrete. |
22 | Determine the workability of the concrete by assessing the compaction factor of the fresh concrete. |
23 | Determine the workability of concrete using flow table. |
24 | Determine the consistency of concrete using vee bee consistometer. |
25 | Determine the air content of compacted fresh concrete by using air entrainment meter. |
26 | Determine the setting time of mortar fraction of concrete mixes using concrete penetrometer. |
27 | Determine the passing ability of self consolidating concrete (SCC) by using J Ring. |
28 | Determine the flow rate and passing ability of self consolidating concrete (SCC) by using L Box . |
29 | Determine the confined flowability and capacity of self consolidating concrete (SCC) within confined space by using U Box . |
30 | Determine the filling ability of self consolidating concrete (SCC) by using V funnel . |
31 | Determine the flow of fresh self consolidating concrete (SCC) by using flow table for SCC . |
32 | Determine the permeability of concrete by using concrete permeability apparatus . |
33 | Determine the compressive strength of concrete specimen. |
34 | Determine the split tensile strength of concrete cylinders. |
35 | Determine flexural strength of the concrete beam specimen. |
36 | Draw the stress-stain characteristics and find the Young’s modulus of concrete. |
37 | Determine the ductility of bitumen. |
38 | Determine the setting time of bitumen by using penetrometer. |
39 | Determine the softening point of bitumen. |
40 | Determine the viscosity of bitumen and cut back bitumen. |
41 | Determine the bitumen content in a specimen by centrifuge extractor. |
42 | Determine the stripping value of bituminous mixes. |
43 | Determine the optimum binder content for the aggregate mix type and traffic intensity by using marshall stability apparatus. |
44 | Determination of in-situ strength and quality of concrete using i) Rebound hammer and ii) Ultrasonic Pulse Velocity Tester |