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Structural Engineering Lab

Associated Faculties

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Bacterial inclusions in concrete, Correlation between microstructural properties of cementitious paste with mechanical properties of concrete at specimen scale, Development and characterization and of concrete with alkali-activated aluminosilicates as sustainable or ‘green’ building materials, Development of models to predict strength, Durability of concrete with Alkali-Activated Binders, Life cycle assessment of concrete with alkali-activated binder, Study of the polymerization or hydration chemistry of cementitious systems depending on the type of binder, and deformation characteristics of concrete with alkali-activated binder, stiffness, structural engineering

Prof. Arkamitra Kar

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Lateral Load Analysis of Structure, Linear and Non-linear Finite Element Analysis of Structures, Sustainable Materials and Technologies, structural engineering

Prof. P N K Rao

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Alkali-activated binders, Characterization Techniques, Concrete Technology, Construction materials, Durability of concrete, Non- destructive Techniques

Prof. Bahurudeen A

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Application of generalized continuum theories, Computational Mechanics, Laminated composites and Functionally graded materials, Linear and nonlinear finite element analysis, Phase field modeling of damage, structural engineering

Prof. Raghu Piska

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Affordable Housing Solutions, Cold-formed steel structures, High-Strength Steel Structures, Lightweight CFS composite structures, Rehabilitation of distressed steel structures, Stainless Steel Structures, Steel Structures, Steel and composite structures, Sustainable Construction

Prof. Mohammad Adil Dar

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Computational Cost Reduction, Development of low cost base-isolation systems for low raised RC and masonry buildings, Development of methodology to reduce the torsional vibration of plan asymmetric and vertically irregular buildings, Development of numerical models of structures to reduce computational cost, Numerical model updating of experimented structure, Seismic response reduction of similar adjacent buildings using connected control Technique, Structural Dynamics; Earthquake & Vibration Control of Structures, Structural Health Monitoring, structural engineering

Prof. Mohan S C

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Computational Geometry, Computational Mechanics, Fracture mechanics, Nanoscience and Nanotechnology, Structural Dynamics, Structural analysis and designing, Topology Optimization, eXtended Finite Element Method (XFEM), structural engineering

Prof. Chandu Parimi

Research Scholars

HANAN H

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she is working in field of Sustainable Construction Materials and Concrete Technology.

SK ABDUL KAIUM

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he is working in field of Waste-generated concrete; Sustainable concrete; Sustainable construction; Alkali-activated concrete; Waste-generated alkaline activator; Mechanical strength; Durability; Shrinkage; Microstructural characterization; Life cycle assessment;

Navaneetha E

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she is working in field of Sustainable Construction Materials and Concrete Technology.

Navaneetha E

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she is working in field of Sustainable construction materials; Circular economy

Instruments

Carbonation Chamber

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A carbonation chamber in a structural engineering or construction materials laboratory is a specialized, climate-controlled testing apparatus designed to simulate and accelerate the natural carbonation process in concrete

accelerated curing apparatus

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An accelerated curing apparatus in a structural engineering lab is specialized equipment that speeds up the hydration of cement in fresh concrete, allowing 28-day strength predictions within 24 hours.

Concrete curing facility

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A concrete curing facility is a specialized, controlled environment designed to manage the temperature and moisture of concrete test specimens (cylinders, cubes, beams) immediately after casting.

Concrete casting yard

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A concrete casting yard is a dedicated, controlled area designed for the fabrication, curing, and testing of concrete specimens and structural elements, such as beams, columns, slabs, and precast segments.

Shrinkage measurement apparatus

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Shrinkage measurement apparatus is designed to measure the reduction in volume or length of materials primarily concrete, mortar, and cement paste due to moisture loss (drying shrinkage) or chemical hydration (autogenous shrinkage).

wenner air permeability test

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The Wenner method, commonly known as the Wenner Probe Test, is a non-destructive testing (NDT) technique used in-situ to measure the electrical resistivity of concrete, which serves as a indirect indicator of air permeability, porosity, and ion permeability (chloride resistance).

CTM-(Capacity-3000kn)

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A 3000 kN (300 Tonne) Compression Testing Machine (CTM) is a heavy-duty, high-capacity equipment staple in advanced structural engineering and material testing laboratories. It is designed for destructive testing to determine the compressive strength of high strength concrete, building blocks, rocks, and metals

UTM-(Capacity-100ton)

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A 100-ton Universal Testing Machine (UTM) is a cornerstone piece of equipment in university and professional structural engineering laboratories, used for evaluating the mechanical properties of structural materials and components under high loads.

Electromechanical testing machines-(capacity-20kn)

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Electromechanical testing machines are used to determine the mechanical properties of materials under tensile, compression, flexure, and shear loads.

flexural testing machine

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A flexural testing machine is used to determine the bending strength (modulus of rupture) of concrete beams

Torsion testing machine

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Torsion testing machine is a specialized apparatus used to apply twisting forces (torque) to materials or components, determining properties like shear modulus, torsional strength, and ductility

other labs

Advanced Environmental Engineering Lab

Geotechnical Engineering Lab