Browsing School of Engineering by Title
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Heat transfer and flow structure evaluation of a synthetic jet emanating from a planar heat sink
(2014)Direct impinging synthetic jets are a proven method for heat transfer enhancement, and have been subject to extensive research. However, despite the vast amount of research into direct synthetic jet impingement, there ... -
Heat Transfer Behaviour and Flow Field Characterisation of Impinging Synthetic Jets for a Wide Range of Parameters
(ASME, 2010)Impinging synthetic jets are considered as a potential solution for convective cooling, in applications that match their main characteristics (high local heat transfer rates, zero net mass flux, scalability, active control). ... -
Heat transfer behaviour of a dilute impinging air-water mist jet
(Trinity College (Dublin, Ireland). Department of Mechanical and Manufacturing Engineering, 2015)While the convective heat transfer characteristics of conventional air jets have received a large amount of attention, mist Jets remain relatively under-represented within the literature. The mist jet has the potential to ... -
Heat transfer characteristics of single cone-jet electrosprays
(2017)Spray cooling is an attractive proposition for thermal dissipation due to its high efficiency and markedly lower power requirements compared with more conventional air cooling systems. The local convective heat flux to ... -
Heat Transfer Characteristics of Swirling Impinging Jets
(ASME, 2010) -
Heat transfer characteristics of swirling impinging jets
(ASME, 2009)Impinging jets are used in a wide number of industrial cooling applications due to their high heat and mass transfer abilities. The current research is concerned with the effect of swirl on the heat transfer characteristics ... -
Heat transfer characteristics of swirling impinging jets
(Trinity College (Dublin, Ireland). Department of Mechanical and Manufacturing Engineering, 2013)The application of impinging jets for cooling purposes is an ongoing search for greater levels of heat dissipation in a world where manufacturing processes are getting more advanced and electrical systems are becoming ... -
Heat Transfer Characterization of a Single Source Ultra-Low Flow Rate Electrospray
(2013)The development and optimization of two phase electrospray cooling is currently restricted,in part due to the insufficient knowledge of how the various parameters that define an electrospray interact ... -
Heat Transfer Enhancement from Bouncing Bubble Dynamics
(2011)Heat transfer enhancement resulting from the effects of two phase flow can play an important role in for convective cooling. Currently, the effect of bubble/surface interactions has received very little attention. To address ... -
Heat Transfer Enhancement In Ducts Due To Acoustic Excitation
(2009)The thermoacoustic effect that results from the interaction of a sound wave in a compressible fluid in contact with solid boundaries is known to be capable of removing heat from power dissipating systems. In this paper ... -
Heat transfer in adjacent interacting impinging synthetic jets
(ASME, 2009)An impinging synthetic jet can attain heat transfer rates comparable to a continuous jet, without net mass input. However it needs a forced cross-flow to supply fresh cooling medium. The vectoring effect of adjacent synthetic ... -
Heat transfer mechanisms in an impinging synthetic jet for a small jet-to-surface spacing
(2009)Impinging synthetic jets have been identified as a promising technique for cooling miniature surfaces like electronic packages. This study investigates the relation between the convective heat transfer characteristics and ... -
Heterogeneous Communication Virtualization for Distributed Embedded Applications
(IEEE, 2021)Distributed embedded applications (DEAs) are typically implemented on diverse embedded nodes interconnected through communication network(s) to exchange data and control information to achieve the desired ... -
Hierarchical Bayesian site clustering for a geotechnical database
(2023)This paper presents a new clustering method for sites in a geotechnical database. This clustering method is based on the hierarchical Bayesian site similarity measure (HBSSM) recently proposed by the authors. Utilizing the ... -
Hierarchical elasticity of bimesogenic liquid crystals with twist-bend nematic phase
(2015)in 2001, Dozov predicted that twist-bend nematic phase can be spontaneously formed when K 33 < 0 and K 11/K 22 > 2, and this phase has recently been discovered in bimesogens. To verify Dozov's hypothesis, we have measured ...