The global photovoltaic capacity increased to around 760 GW in 2020, with a year-on-year
increase of about 139 GW from 2019. As new photovoltaic systems continue to grow, there is …

A detailed experimental investigation has been carried out to analyze the flow
maldistribution in a microchannel heat sink by using deionized water as the coolant in an …

The fluid distribution had a significant effect on the performance of the I-shaped multichannel
heat sink. Previous researchers have improved fluid distribution by arranging baffles; …

The performance of photovoltaic modules is adversely affected by an increase in
photovoltaic cell temperature. Cooling of panels may lead to temperature non-uniformity in …

The flow distribution in manifolds is highly dependent on inlet pressure, configuration, and
total inlet flow to the manifold. The flow from a manifold has many applications and in …

In theory, the operating Mach number of a turbojet engine could be broadened by using
supercritical coolant precoolers. However, the thermal performance of microtube precoolers …

The flexure hinges are the most vulnerable parts in a flexure-based mechanism due to their
smaller dimensions and stress concentration characteristics, therefore evaluating the …

Flow maldistribution in parallel mini-channels is a critical obstacle to the efficient design of
mini-channel heat sinks. The flow maldistribution is known to cause dryout incipience in …

Energy saving significantly and positively affects energy conservation and releases less
carbon dioxide. This study aims to investigate the energy-saving characteristics of a novel …

The printed circuit heat exchanger (PCHE) is widely used in a variety of extremely high
temperature and high pressure applications. Since the PCHE is a typical multi-channel heat …