Pallav Kumar

Publications

• Probabilistic seismic hazard estimation of Manipur, India
• Finite Element modelling of ‘Rang Ghar’monument, Assam
• Seismic Microzonation of Imphal City and Probabilitc Seismic Hazard Assessment of Manupur State
• Probabilistic seismic hazard estimation of Manipur
• DETERMINING THE CHARACTERISTICS OF HISTORICAL MORTARS OF THE CASTLE OF GOOD HOPE (1666-1679) AND ROBBEN ISLAND (1700-1800) BY COST-EFFECTIVE METHODS
• Static and Dynamic Analysis of Stone Arch of Allahabad University
• Estimation of ‘b’ Value and Maximum Earthquake for Gujarat, India
• Slip Distribution of 15th Jaunary Bihar-Nepal Eartrhquake (Mw 8.1)
• Assessment of Liquefaction Potential of Allahabad, India: A Future Smart City
• Correlation of Shear Wave Velocity with Standard Penetration Resistance Value for Allahabad City
• Numerical modelling and analysis of buckling-restraint braces in frame buildings due to seismic loads
• Standard Gravity and Wind Load Analysis on 103-years old Unreinforced Masonry Building
• Characterization of Historic Mortars for Compatible Restoration: Case Study of South Africa
• Static and Dynamic analysis of Stone arch of Allahabad University
• Ground Motion Scenario for Hypothetical Earthquake (Mw 8.1) in Indo-Burmese Subduction at Imphal City
• Deterministic seismic scenarios for Imphal City
• Deterministic Investigation of Effect of Stress Drop on Seismic Site Response Analysis of Allahabad City
• Housing Model for Urban Area
• A COMPARATIVE STUDY OF OMRF & SMRF STRUCTURAL SYSTEM
• EFFECT OF SHILLONG TOPOGRAPHY ON GROUND MOTION
• Estimation of 'b'Value and Maximum Earthquake for Gujarat, India
• Safety in Civil Construction-A Review
• Dynamic Time History Analysis of Stone Arch
• Static and dynamic analysis of unreinforced masonry wall using finite element modeling in senate hall building
• Dynamic Time History Analysis of Masonry Tower Using Macro Modelling Approach
• Finite element modelling of 'Rang Ghar'monument, Assam
• Surface level ground motion estimation for 1869 Cachar earthquake (Mw 7.5) at Imphal city
• Physical Characterization of Heritage Mortars for Restoration Interventions
• Experimental and Numerical Investigation of Old Masonry Wall Using a Macro-Modeling Approach
• Monitoring of landslides in Nainital, Uttarakhand, India: validation of PS-InSAR results
• Estimation of Seismic Site Coefficient and Seismic Microzonation of Imphal City, India, Using the Probabilistic Approach
• Liquefaction Hazard Scenario of Imphal City for 1869 Cachar and a Hypothetical Earthquake
• Static and Dynamic analysis of Masonry tower of Allahabad University, India
• Characterisation of heritage cementing materials for restoration purposes: A review
• Reconnaissance survey of historic monumental unreinforced masonry building by visual inspection: A case study of senate hall building of Allahabad University, India
• Flexural Behaviour of Continuous Steel Beam Prestressed Via Externally Unbonded Tendons: Numerical Modelling, Parametric Study and Statistical Analysis
• A Mineralogical Study of 350-Year-Old Historical Mortars for Restoration Purposes: The Case of the Castle of Good Hope (Cape Town, South Africa)
• Non-destructive Testing on Old Masonry Wall of Non-pareille Manor House, South Africa
• Seismic Behaviour of 17th Century Khusro Tomb due to Site-Specific Ground Motion
• Comparative Study of Seismic Design and Performance of OMRF Building Using Indian, British, and European Codes
• Old masonary tower analysis visual inspection, NDT, and macro-modeling
• Finite element analysis of a 108-year-old unreinforced brick masonry tower following the 2015 Nepal earthquakes
• Earthquake Induced Settlement of Imphal City
• Challenges in Characterization and Development of Suitable Historic Repair Mortars
• Enhancing and comparing shrinkage prediction models for High-Strength Concrete with and without admixtures
• Design of a prototype building panel for rainwater storage and energy generation
• Design of a prototype building panel for rainwater storage and energy generation
• Design and development of heritage mortars for restoration - Original material characterisation using TGA-DSC and ESEM-EDS analyses
• Investigating the standard design and production procedure of heritage mortars for compatible and durable masonry restoration