Multifunctional Green Wall Systems for Greywater Treatment and Hygrothermal Regulation in Egypt by Abdelsalam, Laila Ossama Mohamed Elhusseiny

“…Overall, the findings demonstrate that optimized green wall panel configurations can consistently produce high-quality treated greywater meeting both Egyptian and international reuse standards while delivering co-benefits such as façade shading, thermal buffering, and microclimate enhancement. …”
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Process integration of complex cooling water systems

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Multivariable controller design using pareto front by Ho, Ka Wing

“…Both are multivariable controllers though one has a diagonal structure while the other has a triangular structure. Multi-objective optimization with a posteriori decision-making based on Pareto efficiency, level diagrams, hyper volumes and other performance indices is used to compare quantitatively the two controller structures when applied to a highly interactive multivariable system based on this plant.…”
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An experimental and numerical study of heat transfer augmentation near the entrance to a film cooling hole

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Performance of a parabolic trough solar collector by Brooks, Michael John

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Modelling of the deaerator system in Flownex by Banda, Richard Bobby

“…The study of the steady-state and dynamic behaviour of thermal power plants is of interest and significant benefit in different engineering fields ranging from research and design, to the assistance of operator training, plant optimization, fault finding and failure analysis. …”
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Concentrating solar power in South Africa - a comparison between parabolic trough and power tower technologies with molten salt as heat transfer fluid by Poole, Ian Vincent

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Experimental investigation of magnetic hybrid nanofluids for enhancing heat transfer in forced convection internal flow through transition and turbulent regimes

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Development of a dual-pressure air receiver system for the SUNDISC cycle by Heller, Lukas

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Detailed model for robust feedback design of main steam temperatures in coal fired boilers by Polton, Cheriska

“…Although high steam temperatures are beneficial for thermal efficiency, it accelerates creep damage in high temperature components which is detrimental to the life of components. …”
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Performance assessment of the stand-alone diesel power plant at San, Mali by Dembele, Pierre

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Sensitivity analysis of the secondary heat balance at Koeberg Nuclear Power Station by Boyes, Haydn

“…At any power station, thermal efficiency is essential to ensure that the power station can deliver the maximum output power while operating as efficiently as possible. …”
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Optimum predictive modelling, holistic integration and analysis of energy sources mix for power generation and sustainability in developing economies : a case of the Nigerian power...

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Numerical performance analysis of novel solar tower receiver

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The impact of voltage unbalance and regulation on the life expectancy of LV induction machines by Mponwana, Samuel

“…The voltage unbalance on three phase systems is limited to 2%, and 3% for predominantly single-phase systems. Utilities such as Eskom have standards and operating procedures in place to run the networks optimally within these limits. …”
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Optimising ventilated package design for postharvest handling of pomegranate fruit in the cold chain by Mukama, Matia

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Structural and functional characterization of a novel acetyl xylan esterase from a desert soil metagenome

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Exergy analysis of a Stirling cycle by Wills, James Alexander

“…The Stirling engine has many advantages over other heat engines, as it is extremely quiet, has multi-fuel capabilities and is highly efficient. There is also significant interest in using Stirling engines in low to medium temperature solar thermal applications, and for waste heat recovery. …”
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