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Constitutive Modelling of Concrete under
About Pronnoy Bhat:
Mr. Pronnoy Bhat is a graduate student and is actively engaged in his doctoral studies in the Dept. of Civil Engineering, Indian Institute of Technology, Jammu, under the supervision of Dr. Rimen Jamatia. He completed his bachelor's degree in civil engineering from the Maharashtra Institute of Technology, Pune. Subsequently, he pursued a master's degree in structural engineering from the Indian Institute of Sciences, Bengaluru, in the year 2019, before commencing his Ph.D. programme in 2020.
His present research focuses on predicting the behaviour of hybrid structural components, including FRP laminates, concrete, and steel, subjected to various combinations of loads using analytical and numerical approach.
Published Works (6):
Articles in Journal (5):
[J5] P. Bhat and R. Jamatia (2025); Analytical Load-Strain Model for FRP-bar Reinforced Concrete (RC) Hollow Columns under Axial Compression; Journal of Composite for Construction, ASCE. [Link]
[J4] P. Bhat and R. Jamatia (2024); Analysis Oriented Model for Hybrid Filament Wound FRP-Concrete-Steel DSTC under Axial Compression;
Journal of Constructional Steel Research, Elsevier. [Link][J3] P. Bhat and R. Jamatia (2024); Compressive Stress-strain Model for Concrete-filled Filament-wound FRP Tubes with Arbitrary Fiber Orientation: An Analytical Approach; Construction and Building Materials, Elsevier. [Link]
[J2] P. Bhat and R. Jamatia (2024); Compressive Behaviour of Concrete-filled Double-skin Steel Tubular Columns: An Analytical Approach;
Journal of Constructional Steel Research, Elsevier. [Link][J1] P. Bhat and R. Jamatia (2023); Analytical Stress-Strain Model of Hybrid FRP-Concrete Steel Double Skin Tubular Columns under Axial Compression; Engineering Structures, Elsevier. [Link]
Conference Presentations (1):
[C1] P. Bhat and R. Jamatia (2022); Effect of Specimen size on compressive behavior of FRP-confined rectangular concrete columns; 25th International Conference on Composite of Structures (ICCS25) - Composite Structures, University of Porto, Portugal. [Link]
Type: Presentation & Repository; Abstract: 1308, Page: 112-113.
Current Explorations (2):
Work Under Progress:
[J6] P. Bhat and R. Jamatia; Unified Analytical Stress-Strain Model for Hybrid Filament Wound FRP-Confined Hollow Concrete Columns under Axial Compression; (Status: Submitted, Journal of Structural Engineering, ASCE)
[J7] P. Bhat, H.A Singh and R. Jamatia; Size effect in large self-similar FRP-concrete-Steel DSTC specimens under axial compression.
(Status: Manuscript Under Preparation)
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