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Chinmoy Kolay

Observed name: Kolay, Chinmoy
ORCID: 0000-0002-2065-2589
Observed ORCID: 0000-0002-2065-2589
OpenAlex ID: A5074068772
Development of a family of unconditionally stable explicit direct integration algorithms with controllable numerical energy dissipation
2014 · Chinmoy Kolay, James M. Ricles · Earthquake Engineering & Structural Dynamics · 131
Collapse simulation of reinforced concrete frame structures
2015 · Decheng Feng, Chinmoy Kolay, et al. · The Structural Design of Tall and Special Buildings · 79
Implementation and application of the unconditionally stable explicit parametrically dissipative KR‐α method for real‐time hybrid simulation
2014 · Chinmoy Kolay, James M. Ricles, et al. · Earthquake Engineering & Structural Dynamics · 70
Assessment of wind-induced vibration mitigation in a tall building with damped outriggers using real-time hybrid simulations
2019 · Safwan Al-Subaihawi, Chinmoy Kolay, et al. · Engineering Structures · 58
Improved Explicit Integration Algorithms for Structural Dynamic Analysis with Unconditional Stability and Controllable Numerical Dissipation
2017 · Chinmoy Kolay, James M. Ricles · Journal of Earthquake Engineering · 51
Assessment of explicit and semi‐explicit classes of model‐based algorithms for direct integration in structural dynamics
2015 · Chinmoy Kolay, James M. Ricles · International Journal for Numerical Methods in Engineering · 47
Optimal parameters for tall buildings with a single viscously damped outrigger considering earthquake and wind loads
2023 · Faisal Nissar Malik, Chinmoy Kolay · The Structural Design of Tall and Special Buildings · 24
Force-Based Frame Element Implementation for Real-Time Hybrid Simulation Using Explicit Direct Integration Algorithms
2017 · Chinmoy Kolay, James M. Ricles · Journal of Structural Engineering · 23
Nonlinear Dynamic Analysis and Seismic Coefficient for Abutments and Retaining Walls
2013 · Chinmoy Kolay, Amit Prashant, et al. · Earthquake Spectra · 19
Multi-hazard real-time hybrid simulation of a tall building with damped outriggers
2020 · Chinmoy Kolay, Safwan Al Subaihawi, et al. · International Journal of Lifecycle Performance Engineering · 18
Development, characterization, and seismic application of a shape memory alloy-based self-centering damper
2024 · Sukanya Karmakar, Abhay Kumar, et al. · Soil Dynamics and Earthquake Engineering · 16
NHERI Lehigh Experimental Facility With Large-Scale Multi-Directional Hybrid Simulation Testing Capabilities
2020 · Liang Cao, Thomas Marullo, et al. · Frontiers in Built Environment · 16
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Stability analysis of substructure shake table testing using two families of model-based integration algorithms
2019 · Bo Fu, Chinmoy Kolay, et al. · Soil Dynamics and Earthquake Engineering · 11
Parametrically Dissipative Explicit Direct Integration Algorithms for Computational and Experimental Structural Dynamics
2016 · Chinmoy Kolay · 11
Nonlinear static analysis of extreme structural behavior: Overcoming convergence issues via an unconditionally stable explicit dynamic approach
2023 · Si-Cong Xie, Chinmoy Kolay, et al. · Structures · 7
Computational Challenges in Real-Time Hybrid Simulation of Tall Buildings under Multiple Natural Hazards
2018 · Chinmoy Kolay, James M. Ricles, et al. · Key engineering materials · 5
Multi-hazard real-time hybrid simulation of a tall building with damped outriggers
2020 · Spencer E. Quiel, Chinmoy Kolay, et al. · International Journal of Lifecycle Performance Engineering · 4
Response to Maxam and Tamma's discussion (EQE‐18‐0306) to Kolay and Ricles's paper, “Development of a family of unconditionally stable explicit direct integration algorithms with controllable numerical energy dissipation”
2019 · Chinmoy Kolay, James M. Ricles · Earthquake Engineering & Structural Dynamics · 4
Real-Time Hybrid Simulation in the Pseudo-Dynamic Testing Facility at the Indian Institute of Technology Kanpur
2023 · Hironmoy Kakoty, Chinmoy Kolay, et al. · Current Science · 1
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Response to ‘Discussion of paper “Development of a family of unconditionally stable explicit direct integration algorithms with controllable numerical energy dissipation” by Chinmoy Kolay and James M. Ricles’ in Earthquake Engineering and Structural Dynamics 2014; 43:1361–1380
2014 · Chinmoy Kolay, James M. Ricles · Earthquake Engineering & Structural Dynamics · 1
Seismic Performance of Reduced‐Strength Steel MRFs With SMA‐Based Superelastic Friction Dampers: An Experimental Investigation
2026 · Faisal Nissar Malik, Liang Cao, et al. · Earthquake Engineering & Structural Dynamics
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An Improved Giuffré–Menegotto–Pinto Model: Implementation in OpenSees and Verification With Experimental Results
2026 · Chinmoy Kolay, Sukanya Karmakar, et al. · Earthquake Engineering & Structural Dynamics
Multi-objective optimization of cold-formed steel beam cross-sections and statistical assessment of fabrication errors
2026 · Baban Kumar, Amar Nath Roy Chowdhury, et al. · Structural and Multidisciplinary Optimization
A Damage Prevention Device for Suspension Towers Subjected to Conductor Breakage
2026 · Hironmoy Kakoty, Chinmoy Kolay · IEEE Transactions on Power Delivery
Multi-Objective Optimization of Cold-Formed Steel Cross-Sections For Improved Flexural Behavior
2024 · Baban Kumar, Chinmoy Kolay, et al. · SSRN Electronic Journal
Works count: 29
Citation count: 598
H-index: 12
I10-index: 14
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