Currently, about 22% of global electricity is being supplemented by different renewable
sources. Wind energy is one of the most abundant forms of renewable energy available in …

Wind energy has proven to be one of the most promising resources to meet the challenges
of rising clean energy demand and mitigate environmental pollution. The global new …

A method for analyzing the performance of a wind turbine blade design with an adaptive
variable twist is presented. The possibility of implementing morphing features is becoming …

This paper presents a modeling and design exploration study of a novel twisting wing whose
motion is enabled by a tensegrity mechanism. The aerodynamic characteristics of the …

This study explores the application of morphing trailing edge flaps to enhance aerodynamic
performance and manage loads on the National Renewable Energy Laboratory (NREL) 1.5 …

Systemic administration of drugs in tumors is a challenging task due to unorganized
microvasculature and nonuniform extravasation. There is an imperative need to understand …

The aerodynamic modelling of the wind turbine blades is a vital step in the design of the
turbine. Several design methods are available for the aerodynamic design of the rotor …

Flexibility during flight using elasto-flexible membrane-material systems is an attractive
solution regarding loads reduction under unsteady flow conditions. Based on this idea, a …

A coordinated experimental and computational analysis was undertaken to investigate the
temperature field, heat generation, and stress distribution within a spark plasma sintering …

Small wind turbines (WTs) are adequate for electricity generation in isolated areas to
promote local expansion of commercial activities and social inclusion. Blade element …