Pakistan has not fully harnessed the capacity of its vast hydropower potential for electricity
generation. It depends on imported and local fossil fuels to fulfill its energy demands, which …

Pump-as-turbine stations with ultra-low head often face the deterioration risk during load
rejection operations when the demands in water delivery and power generation are …

A methodology of the entropy production theory is employed in hydro turbine flows to
analyze the hydraulic loss characteristics quantitatively. The entropy production theory has …

Savonius turbine presents an attractive, environmentally friendly and cost effective electric
generation in low velocity regions. However, this turbine has not been fully explored, as …

The paper aims to investigate the finance-growth-energy nexus validity in Pakistan by taking
large range of relevant variables and developing indexes. Focus of the paper is to evaluate …

This paper studies the dynamic modeling of four configurations of vortex-induced vibrations
of a bladeless wind turbine (BWT). The BWTs consist of a bluff body mounted on a flexible …

The hydropower sector has recently raised the interest in pump as turbine (PaT) that can be
a valid trade-off between capital cost and performance in micro-scale installations …

The present paper focuses on the parameterization of the draft tube elbow based on the
initial geometry of the GAMM Francis turbine model. The goal was to obtain a draft tube …

Shrouded wind turbines represent an attractive solution of high potential that could improve
significantly the feasibility of renewable energy production at sites characterized by poor …

Savonius-akin hydrokinetic turbine (SAHT) is a promising technology for generating
hydropower from an ultra-low head condition with low flow velocity, wherein the kinetic …