ABSTRACT A review on the heat transfer characteristics of systems of multiple impinging air
jets is presented. The objective is to provide profound physical knowledge for the design of …

Photovoltaics and wind power are expected to account for a large share of power generation
in the carbon-neutral era. A gas turbine combined cycle (GTCC) with an industrial gas …

Liquid crystals have become an accurate and convenient means of measuring surface
temperature and heat transfer for the gas turbine and heat transfer research communities …

The advancement of turbine cooling has allowed engine design to exceed normal material
temperature limits, but it has introduced complexities that have accentuated the thermal …

This paper presents a flow and heat transfer investigation on multi-row dimpled film cooling
in the double-wall configuration, considering important flow and geometrical characteristics …

Three-dimensional conjugate computations are conducted to investigate the flow and heat
transfer characteristics of a double-wall cooling system with a novel hexagonal arrangement …

Ultralightweight lattice-frame materials (LFMs) with open, periodic microstructures are
attractive multifunctional systems that can perform structural, thermal, actuation, power …

Impingement cooling effectiveness of gas turbine vanes and blades can be further increased
due to the manufacturing feasibility of integrally cast airfoils which can provide narrow …

Local measurements of the heat transfer coefficient and pressure coefficient were conducted
on the tip and near tip region of a generic turbine blade in a five-blade linear cascade. Two …

Measurements of the local heat transfer distribution on smooth and roughened surfaces
under an array of angled impinging jets are presented. The test rig is designed to simulate …