Laboratory
The School of Civil Engineering state of the art laboratory facility provides a hands-on experience with the testing and evaluation of Civil Engineering materials including soil, aggregate, concrete, steel, polymer, water and waste water, pavement material, large scale structural elements such as column, beam, slab, prestressed units, hydraulic modeling, geo spatial mapping & surveying and computational modeling and traffic survey.
This laboratory is well equipped for testing the civil engineering materials such as cement, concrete, bricks, coarse and fine aggregates, wood, plywood, steel bars and special concrete such as high strength and performance concrete, lightweight concrete, geo-polymer concrete, self-compacted concrete, permeable concrete etc. The laboratory consists of Computerized UTM (100t). Digital CTM (200t) , Flexure testing machine, concrete permeability test, accelerated curing facility, humidity chambers etc. Nondestructive test facilities like rebound hammer, Ultrasonic pulse tester, Rebar locator, cover meter, core cutter are also available with the laboratory. The laboratory is being utilized for academic, consultancy and research purposes.
Lab In-charge :
Prof. Tribikram Mohanty, 9437230562
Associate FIC:
Prof. N.C.Moharana
Technical Assistant In-charge :
Mr. P.K.Rout, 9437618255
APPARATAUS/EQUIPMENT DESCRIPTION | EXPERIMENT/TEST CONDUCTED |
---|---|
Compression testing Machine(Digital) | Compressive Strength of Concrete Cube, Cylinder and Split tensile strength of cylinder |
Flexural Testing Machine(Motorized) | Flexural Strength of Prismatic concrete member |
Sieve Shaker | Particle size distribution and fineness modulus of fine aggregate and course aggregate |
Accelerated Curing Tank | 28 days compressive strength result will be find in one day |
Concrete Permeability | To find the permeability of concrete sample |
Mortar Vibrator | Compressive strength of mortar cube |
Table Mould Vibrator | Compaction of concrete cube, cylinder and prism |
Concrete cutter Machine | Cutting of Concrete Cube, Cylinder, Prism and uneven surface of the sample |
Compression testing Machine(Manual) | Compressive Strength of Concrete Cube, Cylinder and Split tensile strength of cylinder |
Vicat’s Apparatus | Standard Consistency of Cement, Initial & final setting time of Cement |
Le-Chartlier’s Apparatus | Soundness of Cement |
Core Cutter Apparatus | Drilling of Concrete |
Ultrasonic Pulse Velocity Tester | Non destructive testing of concrete Block |
Digital Rebound Hammer Apparatus | Strength of Concrete Block by NDT |
The Environmental Engineering Laboratory provides excellent state of the art facilities for teaching and research. The laboratory facilities are capable of analyzing the physical and chemical properties of contaminants including water, wastewater and air. Major equipment in the laboratory include; BOD Incubator, Chemical Oxygen Demand (COD) Test Apparatus, Nephlometric Turbidimeter, Dissolved Oxygen Meter, Sound Level Meter, UV Visible Spectrophotometer, Water Analysis Testing Kit, Centrifuge, Peristaltic Pump, Fine Sampler and Respirable Dust coupled with Gaseous Sampler, Digital Water Bath, Hot Air Oven, Muffle Furnace, Magnetic stirrer, Orbital Shaking Incubator and Ultrapure Water Unit.
The Environmental Engineering Laboratory provides excellent state of the art facilities for teaching and research. The laboratory facilities are capable of analyzing the physical and chemical properties of contaminants including water, wastewater and air. Major equipment in the laboratory include; BOD Incubator, Chemical Oxygen Demand (COD) Test Apparatus, Nephlometric Turbidimeter, Dissolved Oxygen Meter, Sound Level Meter, UV Visible Spectrophotometer, Water Analysis Testing Kit, Centrifuge, Peristaltic Pump, Fine Sampler and Respirable Dust coupled with Gaseous Sampler, Digital Water Bath, Hot Air Oven, Muffle Furnace, Magnetic stirrer, Orbital Shaking Incubator and Ultrapure Water Unit.
Lab In-charge :
Prof. D. Bharath Kumar, 8917297989
Associate FIC:
Prof. Kundan Samal
Technical Assistant In-charge :
Ms. Rutuparna Pradhan, 9776179680
APPARATAUS/EQUIPMENT DESCRIPTION | EXPERIMENT/TEST CONDUCTED |
---|---|
pH Meter | Determine the pH of water sample |
Turbidity Meter | Determine the coagulation of water sample |
Jar Test Apparatus (DIGITAL) | Determine the coagulation of water sample |
BOD Incubator | Determine the BOD test of water sample |
Dissolved Oxygen Meter | Determine the DO test of water sample |
Sound Level Meter | Determine the sound level by using sound level meter |
Respirable dust sampler | Estimation of PM10 Concentration in Ambient Air |
Fine particulate sampler | Estimation of PM10 Concentration in Ambient Air |
Lab In-charge :
Prof. Satyajit nanda, 9556547940
Associate FIC:
Prof. Rana Chattaraj
Technical Assistant In-charge :
Ms. Manoj nayak, 9438337985
APPARATAUS/EQUIPMENT DESCRIPTION | EXPERIMENT/TEST CONDUCTED |
---|---|
Geogauge | Use to determine the field soil Stiffness of soil layer |
Plate load test | Determination of SBC |
Cross permeability & in plane permeability apparatus | Permeability Test for Geo-synthetics material |
Automatic triaxial test machine | Use to determine soil shear strength parameters at consolidated drained and undrained condition |
Direct shear test machine | Shear strength parameter of soil. |
Unconfined compression test apparatus | Shear strength of cohesive soil |
Vane shear test machine | Shear strength of very soft clay |
Odometer test apparatus | Use to determine consolidation parameters of soils |
Permeability apparatus | Coefficient of Soil Permeability |
Relative density apparatus | Relative Density of Cohesion less soil |
Hydraulics and Water Resources Engineering Laboratory is equipped with state of the art equipment and facilities in order to cater to the advanced and contemporary understanding of various principles and phenomenon on water. The lab includes a different flow measuring set ups through which students can be visualised the basic working theory of flow behaviours. In addition to this, the lab has also Bernoulli’s Theorem apparatus, Impact of Jet on vanes apparatus, Reynold’s apparatus and Turbines. The laboratory also provides advanced research facilities like Hydraulic Flume which can replicate the real world situation through the construction of physical models. The experiments are designed in order to demonstrate the basic fluid engineering principles, open channel flow principles, hydrological analysis and also to improve the physical understanding of the theory.
Lab In-charge :
Prof. Paromita Chakraborty, 7008777798
Associate FIC:
Prof. Sitam Suvam jena
Technical Assistant In-charge :
Ms. Harapriya Rout, 8763235358
APPARATAUS/EQUIPMENT DESCRIPTION | EXPERIMENT/TEST CONDUCTED |
---|---|
Apparatus for Orifice and Mouth Piece | Hydraulic co-efficient of orifice and mouth piece |
Bernoulli’s Theorem Apparatus | Bernoulli’s theorem verification |
Friction Loss Apparatus | Major losses in pipes |
Francis Turbine | Uses both the kinetic and potential energy to produce power. |
Impact of JET on Vane Apparatus | Impulse momentum principle verification |
Kaplan Turbine | Turbine possesses both kinetic energy as well as pressure energy for effective rotation the blades in a hydro-power station. |
Pelton Turbine | Electrical power production through impact on the |
Minor Loss Apparatus | Minor losses in pipes |
Orifice-meter and Venturimeter Apparatus | Coefficient of discharge of orifice meter and venturimeter |
Pitot Tube Apparatus | Measure flow velocities. |
Reynold’s Apparatus | To determine different regimes of flow |
Rectangular & Triangular Notch Apparatus | Coefficient of discharge of triangular and rectangular notch |
Impact of JET on Vane Apparatus | Impulse momentum principle verification |
Hydraulic flume | Conduct various experiments related to open channel flow |
Hydraulic Bench |
Lab In-charge :
Prof. Sushree Sangeeta panda, 8895585380
Associate FIC:
Prof. B. Jena
Technical Assistant In-charge :
Ms. Barsarani Dakua, 9777331828
APPARATAUS/EQUIPMENT DESCRIPTION | EXPERIMENT/TEST CONDUCTED |
---|---|
Compression testing M/C(200T) | Determines the compressive strength of standard concrete specimens. |
Concrete pan Mixture | Mixing of concrete |
Crain(5-Ton Capacity) | Lifts the heavy structures like Beams, Slabs, Columns etc to place the specimen in testing frames. |
Humidity Chamber | Curing of concrete in Humid air |
Hydraulic Jack (Cap.200KN) | Loading the specimen in desired loading conditions. |
Hydraulic Jack plant (4 nos. jackCap.200KN) | To apply multiple point load in specimen |
Muffle Furnace (Max Temp. 1450ºC) | |
Neddle Vibrator | Submergible vibrator for compaction of concrete |
Plate vibrator | Surface compaction of concrete |
Proving Ring (200 KN) | Transfers the load and reads the load precisely in terms of displacement. |
Pre stressing bed | Casting of Prestressed concrete |
Pre stressing jack | Stressing of HT steel wires |
Servo controlled Compression Testing Machine(3000KN) | Testing of live RCC specimens like Beams, Columns etc with static loading upto 3000KN |
Tile abrasion testing machine | Testing of abrasion of concrete and tile specimens |
Table Vibrator | Compaction of Standard concrete specimens |
Testing Frame | Testing of Reinforced Concrete Beams, Slabs, Columns, masonry wall and columns etc with desired loading and support conditions. |
Universal Testing Machine(1000KN,400KN) | Testing of various physical tests of Concrete, Steel and RCC. |
Universal Load cell with data acquisition system | Transfers the load, reads the load in digital form and saves the data. |
Building Information Modelling (BIM) Lab is used to provide the students the knowledge about strategic consultancy and planning and also empower them to learn high end drawings and models. In this lab there exists a combination of architecture, engineering, project management, software engineering and education which is used to improve the ways of how buildings are designed and constructed. BIM Lab helps the students to identify, implement and manage the technology and business practice that will enable more effective coordination, communication and collaboration.
Lab In-charge :
Dr. P. C. Saha, 9000476987
Associate FIC:
Prof. Anil Ku Dash
Technical Assistant In-charge :
Ms. Elora Choudhury, 8908476582, Ms. Subhalaxmi jena
Engineering drawing is the language of engineers! A drawing communicates an idea or design and the best way to learn this course is through practice. The lab work and home assignments are designed to provide you enough practice for learning this course. The following guidelines will enhance the quality of drawings and help in completing the assignments in a timely and tidy manner.
Lab In-charge :
Prof. Mohibullah, 9937937430
Associate FIC:
Prof. K.K Sahoo
Technical Assistant In-charge :
Ms. Pratibha Sah, 9608545413
Lab In-charge :
Prof. P.K.Acharya, 9437377786
Associate FIC:
Prof. Amit K. Das
Technical Assistant In-charge :
Mr. B.K.Dora, 9692138406
APPARATAUS/EQUIPMENT DESCRIPTION | EXPERIMENT/TEST CONDUCTED |
---|---|
Total Station |
|
G.P.S Handset |
|
Transit Theodolite |
|
Auto Level |
|
Prismatic Compass |
|
Plane Table |
|
Metric Chain(30 Mtr & 20 Mtr) |
|
Lab In-charge :
Prof. Malaya Mohanty, 9437253054
Associate FIC:
Prof. Brundaban Beriha
Technical Assistant In-charge :
Ms. Saswati sasmal, 9438423126
APPARATAUS/EQUIPMENT DESCRIPTION | EXPERIMENT/TEST CONDUCTED |
---|---|
Abrasion Testing Machine | Hardness of aggregate |
Ductility Testing Machine | Ductility test |
Bitumen Extractor | Bitumen Extraction test |
C.B.R Testing Machine | C.B.R Test of soil |
Impact Testing Machine | Toughness of aggregate |
Say Bolt Viscometer | Viscosity test of Bitumen |
Penetrometer | Penetration test of Bitumen |
Ring And Ball Apparatus | Softening point of Bitumen |
Buoyancy Balance | Specific gravity and water absorption of aggregate |
Marshal Stability Apparatus | Marshal Stability test |
Rolling thin film oven | Aging of bituminous pavement |
Compression Testing Machine | Compressive strength of aggregate |
Core cutter Apparatus with accessories | Collect sample of pavement |
Brookfield Viscometer | Viscosity test of Bitumen |
Automated Asphalt Mixture | Bitumen mixture test |
Dynamic Cone Penetrometer | Dynamic Cone Penetration of pavement |