VP

VARUNKUMAR P, M.E. (Ph.D.)

National Institute of Technology Tiruchirappalli, Larsen & Toubro (India), Coimbatore Institute of Technology

Research areas: Engineering · Civil and Structural Engineering · Concrete and Cement Materials Research · Innovative concrete reinforcement materials · Structural Load-Bearing Analysis

ORCID iD 0009-0004-6657-2789
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About

Varunkumar P is a Civil and Structural Engineering researcher and consultant with expertise in structural steel, steel–concrete composite structures, structural stability, protective structures, experimental investigation, and advanced numerical modelling. He is a Senior Research Scholar in Structural Engineering at the National Institute of Technology Tiruchirappalli (NIT Trichy), where his doctoral research focuses on the behaviour and stability of pre-engineered building (PEB) rafters and the interaction and restraining behaviour of buckstays and purlins. His research also involves the evaluation of existing codal provisions and development of design recommendations for the stability and structural behaviour of PEB systems.

In parallel with his doctoral research, he serves as Project Staff in an ANRF-funded research project on the behaviour of double-skinned steel–concrete composite panels under extreme loading conditions. His work involves experimental investigation, numerical modelling, and assessment of the structural response of composite panels, with a focus on developing safer and more efficient protective structural systems.

He has professional experience in structural design and engineering with Larsen & Toubro (L&T) Construction, where he was involved in major and iconic infrastructure projects, including the Statue of Unity in Gujarat, the world’s tallest statue, and the Motera Cricket Stadium in Ahmedabad, the world’s largest cricket stadium. His professional experience also includes work related to blast-resistant and protective structures, incorporating established blast-design principles and Unified Facilities Criteria (UFC) guidelines.

He has demonstrated strong academic achievement, securing first rank in both his undergraduate Civil Engineering and postgraduate Structural Engineering programs.

His broader research interests include steel and composite structures, lateral–torsional buckling, structural stability, pre-engineered buildings, rafter–buckstay–purlin interaction, impact- and blast-resistant structures, structural dynamics, finite element analysis, and evaluation of codal provisions and design recommendations. His research integrates experimental investigations, analytical formulations, and advanced numerical simulations using ABAQUS and MATLAB.

His academic and professional work is focused on bridging fundamental structural mechanics with practical engineering applications and contributing to the development of safer, resilient, and high-performance structural systems subjected to extreme loading conditions.

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Publications (8)