Advanced Structural Engineering Lab

Associated Faculties

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

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

Prof. Bahurudeen A

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

Prof. P N K Rao

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

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

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

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

SHIBAJEE SUTAR

He is working in the field of Development of Novel Base Isolation System for Seismic Isolation of Building.

ANKIT ULLEGADDI

He is working in the field of AI based Structural Health Monitoring of RC Bridges.

Ambili P

she is working in the field of Seismic Isolation of Reinforced Concrete Buildings.

major equipment

Heavy loading frame

A 200-ton (approx. 2000 kN) heavy loading frame is a critical component is designed for high capacity compressive, tensile, and flexural testing of large structural elements or high-strength materials

Accelerometers

Accelerometers are critical sensors for measuring vibrations, shocks, and structural responses, often for Structural Health Monitoring (SHM) of critical infrastructure like bridges and buildings.

Shake tables 10ton capacity

Shake tables with a 10-ton payload capacity are for seismic qualification and testing of structures, including electrical panels, building models, and isolators.

Impulse hammer with load cell to record impact load

An impulse hammer equipped with a built-in load cell is a specialized instrument used in advanced structural laboratories to excite structures and measure the input impact force during dynamic testing.

M+p student analyzer with daq system

m+p international Analyzer combined with their DAQ systems is a high-performance solution used for vibration testing, dynamic signal analysis, and structural health monitoring.

Mini shake table

mini shake table with an added mass assembly is a critical tool for simulating seismic forces and studying the dynamic behavior of reduced-scale structural models.

mts actuator 250kn capacity with hpu and controler

An MTS servo-hydraulic actuator with a 250 kN (approx. 55 kip) capacity is a standard, high-performance tool used for fatigue and quasi-static testing of components and materials. These systems are designed for high accuracy and longevity, commonly used in seismic simulation, material testing, and structural integrity assessment.

NI 9234 DAQ System with lab view software for signal recording and post processing

provides a high-precision platform for recording and analyzing dynamic signals such as vibration, acoustics, and structural strain

Tension and compression load cell

Tension and compression load cells are specialized transducers used to convert tensile (pulling) and compressive (pushing) forces into measurable electrical signals

Strong horizontal test rig facility (payload capacity 50 ton))

strong horizontal test rig with a 50-ton payload capacity is a specialized infrastructure used for large-scale structural validation, such as testing long structural members, cables, or full-scale assemblies.

Horizontal mount for an actuator with Vertical loading (Capacity - horizontal 25ton ,Vertical 200 ton))

Horizontal mount for an actuator with Vertical loading (Capacity - horizontal 25ton ,Vertical 200 ton)) used for multi-axial testing of large-scale structural components.

High configured workstation with 32 core processor, 256 GB ram ,NVIDA A5000 GPU

Its used for high end finite element simulations

Integrated First Degree

Higher Degree

Doctoral Programmes

WILP

Dubai Campus

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