The primary constructions on hill slopes of India's seismically active Himalayan regions are
sloping ground buildings. Based on rapid visual screening, many of these towns have …

To prevent the vertically irregular structure with setbacks from unfavorable weak-story failure
mode in major earthquakes, an upgrade optimization method for installing the buckling …

The use of lightweight autoclaved aerated concrete (AAC) block masonry is gaining
popularity in earthquake-resistant infilled reinforced concrete (RC) frame buildings due to its …

Cellular lightweight concrete (CLC) block masonry has gained popularity in the masonry
market with the growing demand in the modern construction industry due to its various …

Proven research output on the behavior of structures made of waste copper slag concrete
can improve its utilization in the construction industry and thereby help to develop a …

Irregular buildings are more vulnerable to seismic loading, depending on their degree of
irregularity. The degree of irregularity in vertically irregular buildings and its correlation to …

Abstract Design of structures made using silica fume (SF) concrete to an acceptable level of
safety requires the probabilistic evaluation of its mechanical properties. An extensive …

This study explores the use of copper slag (CS) as a sustainable alternative to natural sand
(NS) in geopolymer concrete (GPC) for structural applications. Despite the potential of CS to …

The seismic design of buildings uses global ductility factor and occupancy importance factor
(IF) as two major fixed parameters in defining the safety of the structure. The study of …

Improved utilization of coal mine overburden material (CMOB)‐incorporated concrete in the
construction sector can contribute to developing a more sustainable built environment if the …