Sustainable Bi-directional thermoregulation fabric for clothing microclimate by Yanyan Lin, Chengran Qu, Xueqin Li, Chengfeng Ding, Xianfeng Wang, Jianyong Yu, Bin Ding

“…The optimized Bi-DTF substantially eliminates the heat/cold irritation caused by environmental switching, featuring high energy storage density (4.1 kJ m−2) and stable work performance even after 50 standard washing cycles and 500 rubbing cycles. …”
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Numerical investigation for optimizing thermal performance of Al2O3-TiO2/water hybrid nanofluid: An artificial neural network approach based on Levenberg–Marquardt algorithm by Khalid Arif, Syed Tauseef Saeed, Talha Anwar, Shajar Abbas, Muhammad Nauman Aslam

“…Magnetic fields and porosity influence the boundary layers and flow resistance, while thermal radiation facilitates heat dissipation. Heat generation raises fluid temperature and solute mobility. …”
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Thermo-dynamic Parameter Calculation of Refrigerant and Numerical Simulation of Refrigerant Cold Plate by WANG Xingzhi, WANG Xiong, LI Yanyong, YAO Lei, WANG Zhongzan, WANG Weijie

“…Owing to the characteristics of low thermal resistance and high latent heat for refrigerant boiling heat transfer, refrigerant cold plate plays a very important role in heat dissipation of high power electronic devices. …”
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Thermal Design and Simulation of High Power Press-pack IGBT Module by XIAO Hongxiu, DOU Zechun, PENG Yongdian

“…The results show that the double-side heat dissipation structure is asymmetry. Furthermore, influence of the structure on heat resistance was analyzed and an optimized method was proposed aiming to the structure parameters such as area and thickness of electrode pad, thickness of molybdenum plates, etc., which could provide a reference for design optimization of IGBT device.…”
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Optimization of Mixed Fluid Cascade Natural Gas Liquefaction Plant Feed Stream Pressure by Ikonnikova A. Yu., Baranov A. Yu., Kravchenko D. V., Seredenko E. S.

“…The energy consumed by the compressor units and the amount of compression heat dissipated are calculated. The study's main finding is that the optimal feed pressure in the Mixed Fluid Cascade cycle is higher than the standard pressure. …”
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Study on the optimal dry ice dosage for coal seam freezing coring at different coring depths: experiment and modeling by Shijie Li, Liguo Wang, Zhaofeng Wang, Shujun Ma, Demin Chen, Yang Qiu

“…The results show that as coring depth increases, the temperature of the coring tube rises gradually, while the rate of temperature increase slows down. Both the heat generated and dissipated by the coring tube increase with depth; the rate of heat generation slows gradually, while the rate of heat dissipation accelerates. …”
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A new technique of friction stirs for repairing corrosion of aluminum plates by Brahim LAKLI, Mohamed BERRAHOU

“…The generated heat comes from frictional and plastic dissipations, in which the friction contributes to the fusion of the filling material with the base metal. …”
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Enhanced thermal regulation of Li-ion batteries for rapid charge-discharge application using metallic PCM by Abubakar Gambo Mohammed, Hasril Hasini, Karem Elsayed Elfeky, Mutari Hajara Ali, Nur Irmawati Om

“…Key findings reveal that increasing inlet/outlet duct diameters and wall-to-battery spacing improves heat dissipation and temperature distribution but increases Pc up to 98-fold. …”
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Thermal Design of Pre-installed Power Room for Photovoltaic Megawatt-level-inverter by MEI Xingliang, LIAO Yuanhui, WU Jianxiong, LIU Yuzhu

“…It analyzed the problem of ventilation and heat dissipation of photovoltaic (PV) megawatt-level-inverter power room and presented an optimized design of air duct, in wihich an independent air duct was constructed for power unit that generated a large quantity of heat, air velocity of auxiliary air duct was dectreased and air inlet structure was simplified. …”
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Thermally conductive and electrically insulating EVA composite encapsulant for solar photovoltaic (PV) cell

“…A new way of improving the heat dissipating ability and PV efficiency of the solar cells by enhancing the thermal conductivity of the rear EVA layer was reported. …”
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New anti-friction aluminum alloys for cast monometallic plain bearings. Bench tests by A. E. Mironov, G. G. Antyukhin, E. I. Gershman, P. A. Podrabinnik, E. V. Kuznetsova, N. Yu. Peretyagin

“…The work was carried out with the financial support of the Ministry of Education and Science of the Russian Federation under the Agreement No. 074-11-2018-011 of May 31,2018 on the topic: "Development and organization of high-tech production of innovative electric heating systems for inter-industry use with breakthrough performance" in the framework of the implementation of the RF Government decree No. 218 dated April 09, 2010.The article presents aluminum antifriction alloy from a series of newly developed alloys to replace bronzes for monometallic plain bearings. …”
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Optimization and performance study of large aspect ratio SiC microgrooves by waterjet assisted laser machining by Qijian Zhang, Wenzhao Yang, Xinwei Zhang, Jinjin Han, Yunxia Guo, Weining Lei

“…Large-aspect-ratio (LAR) microgrooves in ceramics are crucial for enabling advanced functionalities in various applications, including microfluidic devices, microelectromechanical systems (MEMS), and thermal management systems, where precise control over fluid flow, structural integrity, and heat dissipation is required. However, their extreme hardness poses challenges for traditional mechanical machining, including low efficiency and severe tool wear, while laser machining is prone to defects such as heat-affected zones and recast layers. …”
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Development of Power Assembly Technology for Wind Power Converters by CHEN Yanping, JIANG Yunfu, XIN Lanyuan

“…For IGBT power assembly in wind power converter, it introduced its key technoligies such as circuit topology & composition structure, key device selection, gate-driver technology, heat dissipation technology and its development trend, which could provide references for the design, selection and technical research of power assembly in wind power converter.…”
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Hybrid manufacturing and mechanics of copper-based architected materials and copper–aluminum interpenetrating phase composites by Abdulrahman Jaber, Agyapal Singh, Dimitrios C. Rodopoulos, Nikolaos Karathanasopoulos

“…Their high specific energy absorption (up to ∼23 kJ/kg) is combined with extraordinary effective thermal conductivity values (∼280 W/m·K), attributes highly desirable in applications requiring combinations of high strength and efficient heat dissipation. The findings highlight the effectiveness of hybrid manufacturing techniques in the engineering of architected materials and IPCs, laying the foundation for the development of a novel class of multifunctional, architected advanced materials, with thermomechanical attributes beyond the performance range of available designs.…”
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Research on Baseplate Soldering Process of High-voltage IGBT Module

“…The solder layer between AlN substrate and AlSiC baseplate is a main way of heat dissipation for high-voltage IGBT module. Therefore, the void rate of the solder layer has a direct impact on the performance and reliability of high-voltage IGBT module. …”
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Design and Simulation of Water-cooled Radiator Used in Electric Vehicle by YU Jun, MA Yaqing, ZHAO Zhenlong, JIAO Mingliang

“…However, its thermal loss is great, and its heat dissipation performance directly affects the stability of vehicle. …”
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Electrically pumped surface-emitting amplified spontaneous emission from colloidal quantum dots by Fengshou Tian, Tianhong Zhou, Xuanyu Zhang, Rui Chen, Shuming Chen

“…By building the QLED directly on a Si heat sink and driving the QLED with an ns-pulsed current source, the Joule heat is effectively dissipated, allowing the QLED to operate stably even at a high current of 2000 A cm−2. …”
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Research on Control and Simulation of High Efficiency Refrigerant Cooling System by WANG Chunyan, YAO Lei

“…In order to optimize and control the heat dissipation of air-conditioning inverter, it presented a simulation analysis method in system level, used one-dimensional fluid simulation software Flowmaster to build the simulation model of refrigeration system for airconditioning inverter, analyzed the performance of steady-state and dynamic-state of the system and implemented the exploratory research of system control. …”
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Irreversibility analysis of magnetized flow of engine oil hybrid nanofluid (Ti6Al4V-ZnO/EO) over a stretching surface by Syed M. Hussain, Aftab Ahmed Faridi, Hijaz Ahmad, Kashif Ali, Muhammad Rashid Iqbal, Wasim Jamshed, Kamel Guedri, Abdulrazak H. Almaliki

“…This article analyzes the irreversibility of hydro-magnetic dynamics of hybridized nanofluid comprising of titanium alloy (Ti6Al4V) and zinc-oxide (ZnO) submerged into engine oil (used as a fuel) through a porous stretching sheet with multipart effects of viscous dissipation and non-uniform heat source. An induced magnetic field exists in the flow field due to the conducting nature of the hybrid nanofluid. …”
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Process and Properties of Nibased 718 Superalloy Formed  by Selective Laser Melting by YU Yandong, LI Jian, HU Haiting

“…In order to study the effect of laser processing parameters of selective laser melting technology (SLM) on the relative density, Vickers hardness and microstructure of Inconel 718, the FORWEDO LM120 laser melting equipment was used to study four laser processing parameters, namely the scanning speed, laser power, laser energy density and scanning strategy to improve the performance of the workpiece The results show that the scanning speed and laser power are the main factors affecting the formability, and the optimized process range: laser power (285~345W), scanning speed (950~1150mm/s) can gain the workpiece of 9894% relative density with fewer defects of voids and cracks The tensile strength and the yield strength of the workpiece are close to those of the traditional forging and annealing processes The heat dissipation characteristic leads to the difference of the histomorphology of the specimen, and in the stratification direction, columnar crystals directionally solidify The Vickers hardness of the sample increases with the refinement and densification of the structure…”
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