Rahul Kumar Verma- Ph. D.
- PostDoc Position at Indian Institute of Technology Patna
Rahul Kumar Verma
- Ph. D.
- PostDoc Position at Indian Institute of Technology Patna
About
12
Publications
2,831
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26
Citations
Introduction
Current institution
Education
March 2019 - September 2023
University of Lucknow
Field of study
- Engineering Geology
Publications
Publications (12)
Landslides in mountainous regions threaten infrastructure and societal progress, primarily due to shear strength reduction along weak discontinuities. Assessing intact rock shear strength involves methods like confined compressive strength or direct shear testing. In rock masses, shear strength depends on factors such as the basic friction angle (ф...
The changing and diverse nature of the environment presents challenges in predicting natural disasters, which are further exacerbated by human interventions such as road and dam constructions, tunnelling, and hydropower projects in mountainous regions, along with changing climate conditions. Landslides, common in mountainous terrain, pose risks to...
The socioeconomic prosperity of a region is intricately tied to its infrastructure development, particularly the connectivity provided by highways. Preserving the economic well-being of an area demands meticulous planning and the execution of construction projects with minimal risk. Landslide hazard zonation (LHZ) is a crucial tool for assessing th...
The present study focuses on the estimation of uniaxial compressive strength (UCS) in geotechnical projects. UCS is a crucial parameter in designing such projects, and traditional methods of measurement outlined by standards are often time-consuming and cumbersome. Additionally, obtaining standard core samples is always a challenging task in fractu...
Slope failures are frequent, widespread geomorphological, and one of the hazardous natural phenomena that threaten human life and property. Every year a number of persons lost their lives due to landslides or slope failures. Therefore, a better and qualitative understanding of landslides is very essential for adopting mitigation strategies for this...
Climate variability leads to unpredictable periods of maximum rainfall or the local maximum temperature in a hilly area. This sudden change, sometimes, causes very catastrophic natural hazards such as landslides and flash floods, and consequently, the socio-economic life of the population living in mountainous areas is highly affected. The rainfall...
The tectonic and anthropogenic activity in lesser Himalayas made it prone to Landslides. Living beings, all development projects such as the construction of highways, tunnels, dams, bridges, etc., and tourism in hilly areas are affected by landslides. The landslides occur in different forms which include rockfall, road subsidence, and complete slop...
The climatic conditions lead to the unpredictability of naturally controlled parameters such as minimum and maximum temperature or time of peak rainfall in the area. Due to intensive rainfall, the chance of landslide occurrence increases multiple times and affects the population living in hilly regions and tourists. Landsides affect big areas withi...
The irregularity and unforeseeable climate conditions are adding to the complexity to predict natural hazards. The hilly terrains are already having very complex geological and tectonic settings. Further, enhanced human encroachment and changing climatic conditions magnified the vulnerability of mountain slopes, such as the development of road conn...
Throughout the world, landslides are a common hazard in hilly regions. There are varying conditions that lead to their emergence in different regions. Constructions and widening of the highways are accelerating landslides due to steepening and removal toe support of slope. The factors involved in slope failure are the angle of the slope, the lithol...
The variability and unpredictability of climatic conditions are adding to the complexity in the prediction of the natural hazards. The Himalayan region is having a very complex geological and tectonic setting. Besides, climatic conditions and geological setting of the area, human encroachment is adding to the vulnerability of mountain slopes. The l...
Landslide are occurring along highways and railways in hilly terrain. Classification of rockfall hazard prone zone is essential for their proper monitoring and appropriate remedial measures. Highway widening without proper investigation leads to increase of vulnerability, new fracture generation and activation of movements. Even sometimes, hills ar...
