• Numerical prediction of fire resistance of Concrete-Filled Steel Tubular (CFST) columns protected by intumescent fire coating 

  Yadav, Dravesh; Patidar, Prajjwal; Srivastava, Gaurav (Springer, 2024-08-13)

  Concrete-filled steel tubular (CFST) columns provide high load-bearing capacity, reduced c/s, and better fire resistance compared to hollow steel columns due to the presence of concrete. Usually, when CFST columns are ...
• Comparative analysis of machine learning models for characterizing spatial variability of wind pressure coefficients 

  Panchal, Aniket; Basu, Dhiman (Springer, 2024-03-15)

  This study explores the global proliferation of tall buildings, highlighting the critical examination of wind pressure during their design. It systematically addresses the spatial variability of mean pressure coefficients ...
• Evacuation routing using public transportation around the statue of unity 

  Yadav, Shubham; Sen, Sushobhan (Springer, 2024-12-05)

  In recent years, natural disasters such as floods and earthquakes have become more frequent, directly impacting man-made structures, particularly those in vulnerable areas such as hilly terrain. The Statue of Unity (SoU), ...
• Leveraging green infrastructure to mitigate urban heat and energy consumption: a microscale perspective 

  Verma, Shubham Kumar; Sen, Sushobhan (Springer, 2024-12-05)

  In today’s rapidly growing economy, urbanization is expanding quickly, transforming landscapes and increasing heat retention in urban areas. This increased urban heat drives a higher reliance on energy-intensive cooling ...
• Effects of lime treatment on shear strength and small strain shear modulus response of expansive clay 

  Agarwal, Brijesh Kumar; Sachan, Ajanta (Springer, 2024-12-19)

  Expansive soils tend to swell on moisture ingress and shrink on moisture evaporation, which causes distress to highway/railway embankments, canal slopes, small buildings, etc. It is a common practice to stabilize expansive ...
• Ultimate settlement and coefficient of consolidation under Radial drainage using non-linear regression analysis 

  Aparna, R. P.; Robinson, R. G.; Gandhi, Shailesh R. (Springer, 21-10-2021)

  To minimize the post-construction settlement in clayey soil one of the effective methods used is pre-compression after providing vertical drains. The coefficient of radial consolidation (ch) of the soil is essential for ...
• Undrained instability response of granular material in flexible boundary plane strain conditions 

  Sharma, Sukrit; Parol, Viswanath; Prashant, Amit (IOP Publishing, 2024-09-23)

  Instabilities in granular materials are marked by the development of heterogeneous deformations in "single-element" experiments. However, with the onset of instability, it becomes a boundary value problem. The present study ...
• Numerical integration of HISS model with finite element method: strain localization analysis in sand 

  Yadav, Pavan; Prashant, Amit (IOP Publishing, 2024-09-23)

  Strain localization forming shear bands in the geomaterials has ensued significant damage to the structures. The present study is focused on the numerical simulation of strain localization using a finite element tool, ...
• Assessment of liquefaction and extent of ground improvement for rehabilitation of Ash Pond 

  Choudhary, Vaidika; Gandhi, Shailesh R. (2023-10-05)

  Rehabilitation of abandoned ash ponds for the establishment of various engineering structures like an industrial power plant, housing colonies, parking slots, warehouses, etc., requires a detailed analysis of ash deposits. ...
• Flood risk redistribution due to gaps and constraints in adaptation strategies 

  Kumar, Ashish; Bhatia, Udit (2025-04-27)

  Levees are critical adaptation measures for mitigating the escalating flood risks posed by intensifying climatic extremes and rapid urban expansion into flood-prone areas. However, the implementation of these measures is ...
• Exploring liquefaction susceptibility of Kutch region in Gujarat through MASW analysis: a case study 

  Vishwakarma, Prabhakar; Prashant, Amit (2024-12-19)

  Soil liquefaction is critical for the very loose soil deposit in the earthquake-prone area. A detailed site investigation and liquefaction analysis are necessary to construct massive structures (such as oil tanks and ...
• AMR pollution dynamics determined by the untreated wastewater domination of both the hydrology and point source loads to the Musi River, Hyderabad 

  Larsen, Joshua; Sonkar, Vikas; Kashyap, Arun; Pallares-Vega, Rebeca; Modi, Ankit; Uluseker, Cansu; Mohapatra, Pranab K.; Graham, David; Kreft, Jan-Ulrich (2025-04-27)

  Antimicrobial resistance (AMR) is a silent pandemic, which is transmitted and spread through the environment. Throughout the global south, large urban areas interact with, and often exert considerable control on, both the ...
• Predicting flood dynamics in the Narmada Basin: integrating LULC projections with hydrodynamic modelling 

  Rathod, Kapil; Parmar, Bhanu; Mohapatra, Pranab K.; Patel, Dhruvesh (2025-04-27)

  Flood risks in river basins are increasingly exacerbated by rapid Land Use and Land Cover (LULC) changes driven by urbanization, deforestation, and agricultural expansion. The Narmada basin, particularly its lower reaches, ...
• On the changing role of climatic drivers to river basin scale flooding 

  Sobhana, Nanditha Jayadevan; Mishra, Vimal (2025-04-27)

  Floods result from the interplay of climatic drivers, catchment characteristics and river system dynamics. The observed shift to extreme climatic events necessitates a better quantification of their impact on flood generation. ...
• Artificial neural networks for mechanistic-empirical concrete pavement design: an efficient development approach 

  Li, Haoran; Sen, Sushobhan; Khazanovich, Lev (2024-08-25)
• Drivers of groundwater decline in Ganges River Basin, India 

  Dangar, Swarup; Yamazaki, Dai; Mishra, Vimal (2024-09-10)
• Evaluation of biochar as a potential additive in concrete to lower its carbon footprint 

  Chopperla, Krishna Siva Teja; Akhil, R.; Bharadwaj, K.; Kumar, A.; Jha, A. K.; Susmita, R. (2024-11-27)
• Evaluation and comparison of probabilistic and deterministic seismic hazard assessment: a case study of North-Eastern India 

  Gurjar, Narsiram (Springer, 2023-12-07)

  Probabilistic and deterministic seismic hazard assessment (PSHA and DSHA) are distinct methodologies utilized for estimation of the seismic hazard at a specific site. PSHA provides a probabilistic estimate of the hazard ...
• Sector-specific climate services 

  Geethalakshmi, V.; Goyal, Manish K.; Bhatia, Udit; Dey, Sagnik; Sannasiraj, S. A.; Seshadri, Ashwin K.; Karmakar, Subhankar; Gupta, Anil Kumar; Chattopadhyay, Rajib; Hosalikar, K. S. (2023-05-26)
• Hydrology and cryosphere 

  Dangar, Swarup; Mishra, Vimal (2023-05-26)

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