Considering the size and dimension of offshore wind turbine structures, structural
optimization of such structures, notwithstanding being outstandingly fruitful, is a tedious task …

The escalating growth of industrial sectors has led to a pervasive global problem—oil
pollution, particularly in industrial areas. The release of substantial volumes of oil and its by …

Structures designed for wind have an opposite design approach to those designed for
earthquakes. These structures are usually reliable if they are constructed in an area where …

An efficient approach for predicting wind‐induced fatigue in large horizontal axis wind
turbine coupled tower–blade structures subject to aeroelastic and yaw effects is presented …

This study investigates the stability and performance of high-resistance badminton nets
through the integration of reinforced lightweight materials. By focusing on the structural and …

Historical masonry structures ie minarets, towers, mosques or bastions are the heritage of
past generations to the future societies as they carry the traces of the past communities …

Although seismic risk assessment models for structures have become more sophisticated,
they have typically disregarded the effects of vertical ground motions (VGMs). Nevertheless …

Under earthquake loads, reinforced concrete chimneys with openings are prone to stress
concentration and damage around these openings, possibly leading to structural collapse …

Response surface (RS) methods, a combination of mathematical and statistical techniques,
have been widely used in design optimization, response prediction, and model validation in …

This study investigated the possibility of using the recorded micro tremor data on ground
level as ambient vibration input excitation data for investigation and application Operational …