Experimental Study on the Seismic Performance of a Partition Damped Wall-Filled Frame Structure by Shuainan Zhai, Zuyin Zou, Zhanyuan Zhu, Zixing Zhang, Wei Liang, Xuanhao Cheng, Shuzhen Chang

“…The mechanical performances of the different frames are studied, including the characteristics of the deformation failure modes, hysteretic curves, skeleton curves, rigidity degeneration, energy dissipation capacity, and the lateral displacement of the frame columns. …”
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Numerical Study on Seismic Behavior of Underwater Bridge Columns Strengthened with Prestressed Precast Concrete Panels and Fiber-Reinforced Polymer Reinforcements by Yu Tang, Gang Wu, Zeyang Sun

“…The influence of design parameters, such as axial load ratio, equivalent FRP reinforcement ratio rate (EQFRR), expansion ratio, and shear span ratio of strengthened columns, were then further evaluated in terms of lateral load capacity, ductility, energy dissipation, lateral stiffness, and residual displacement of strengthened columns. …”
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A 0.002‐mm2 8‐bit 1‐MS/s low‐power time‐based DAC (T‐DAC) by Ali H. Hassan, Hassan Mostafa, Mohamed Refky, Khaled N. Salama, Ahmed M. Soliman

“…Complementary metal oxide semiconductor technology with a 1 V supply voltage, 1 MS/s conversion rate, and 0.9 μW power dissipation.…”
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Influence of External Jet on Hydraulic Performance and Flow Field Characteristics of Water Jet Propulsion Pump Device by Jinxin Wu, Li Cheng, Can Luo, Chuan Wang

“…The average vortex gradually decreases, the turbulent kinetic energy changes little, the turbulence dissipation first decreases and then increases, and the nozzle axial force changes more and more. …”
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Effects of Thermal and Stress Cycles on the Mechanical Properties and Acoustic Emission Characteristics of Rocks by Xianwei Meng, Xinran Zhang, Mingbo Chi, Kun Du

“…Energy analysis indicates that basalt accumulates more total energy (Et) and elastic energy (Ee) compared to sandstone, with different pretreatments affecting energy dissipation (Ed) and damage severity differently in each rock type. …”
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The Permissible under Heating Conditions Torque of a Frequency-Controlled Synchronous Motor of Permanent Magnets by B. I. Firago, S. V. Aleksandrovsky

“…In such motors heat dissipation depends on a motor speed. The permissible continuous motor torque is determined out of a heat balance equation where power losses being converted into heat must be transferred in the ambient space and the motor temperature must not be over a permitted level for a given class of winding insulation under the certain ambient temperature. …”
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STUDYING HOW DIESEL ENGINE ADDITIVES USING SILVER OXIDE (Ag2O) NANOPARTICLES AFFECT THE ENVIRONMENT by CIHAN BAYINDIRLI, MEHMET CELIK

“…In experiments, nano additive improved the thermal conductivity, mass dissipation and heat transfer of the test fuels, and resulted in reducing of CO emissions as it provided a higher oxidation rate of hydrocarbon molecules. …”
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Impact of Outlet Pressure on Internal Flow Characteristics and Energy Loss in Pump-Turbine System Under Pump Operation Conditions by Tianding Han, Qifei Li, Licheng Feng, Xiangyu Chen, Feng Zhou, Zhenggui Li

“…Additionally, the rate of change in outlet pressure significantly influences vortex generation and dissipation. This research provides new theoretical insights and research directions for performance optimization and energy loss control in pump-turbine systems.…”
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Study on Combined Energy Absorption Support for Rockburst Disaster Control in Tunnelling by Liang Kuang, Gang Wang, Wenge Qiu, Lun Gong, Zhiqiang Feng, Tianhui Ma

“…The occurrence and control mechanism of rockburst were explored from the perspective of energy aggregation and energy dissipation. On this basis, a combined energy absorption support system of concrete-filled steel tube frames and hollow steel pipes for rockburst disaster control was designed, and the effectiveness of the system was verified by numerical simulation and field tests. …”
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Fractal Analysis of Fragmentation Distribution of Rockbursts Induced by Low-Frequency Seismic Disturbances by Lihua Hu, Zhenghu Zhang, Xin Liang, Chunan Tang

“…Furthermore, from a fractal point of view, the energy input, dissipation, and release of these rockbursts are all linear processes.…”
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Effects of mesoscale gravity waves on sporadic E simulated by a one-dimensional dynamic model by Xu Zhou, ZeZhong Li, XinAn Yue, LiBo Liu

“…In this article, we discuss the effects of mesoscale GWs on the Es layers determined by using a newly developed model, MISE-1D (one-dimensional Model of Ionospheric Sporadic E), with low numerical dissipation and high resolution. Driven by the wind fields resolved by the high-resolution version of the Whole Atmosphere Community Climate Model with thermosphere and ionosphere extension (WACCM-X), the MISE-1D simulation revealed that GWs significantly influence the evolution of the Es layer above 100 km but have a very limited effect at lower altitudes. …”
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Experimental Investigation on the Interfacial Debonding between FRP Sheet and Concrete under Medium Strain Rate by Zihua Zhang, Yunyi Xiao, Ping Zhuge, Xiaocun Zhang

“…The adhesive with lower elastic modulus is helpful to improve interfacial energy dissipation under dynamic load. The effective bond length decreases with concrete strength and strain rate, mainly between 75 mm and 90 mm, which is significantly shorter than that under static load. …”
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Study on the Seismic Performance of Box-Plate Steel Structure Modular Unit by Hui Mao, Guang-chong Qin, Tao Lan

“…The test piece has excellent bearing capacity and energy dissipation; the corner reinforcing structure measure also has enhanced the seismic performance of the modular unit. …”
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Effectiveness of sheet pile enclosure with drainage ability as liquefaction countermeasure for river levees by Mitsu Okamura, Mizuki Suyama, Kohei Ono

“…Sheet piles with additional members having drainage ability have been developed and employed, which are expected to provide the combined effects of lateral confinement and dissipation of excess pore pressure from the liquefiable soil beneath the levees. …”
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Dynamic mechanical properties and failure mechanism of sustainable lightweight aggregate rubber concrete by Lin Chen, Fei Yang, Yehua Hong, Wanhui Feng, Xin Li

“…It is found that the elastic failure characteristics of rubber particles provide additional crack paths for the conical failure of artificial lightweight aggregate, enhancing the mortar's flexibility and dynamic energy dissipation capacity. Meanwhile, the microporous structure of artificial lightweight aggregate can both attenuates the stress waves and simultaneously absorbs the harmful air introduced by air-entrainment of rubber particles. …”
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Experimental and numerical study on seismic behaviors of SRC column-RC slab joints in NPP by Dayang Wang, Qiang Liu, Yuanqi Song, Yong Zhu, Yongshan Zhang

“…Based on the test results, the damage modes, hysteresis performance, energy dissipation capacity and stiffness degradation of the specimens were studied. …”
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The “Smart Home” Heat Supply System Based on District Heating with the Utilization of Secondary Energy Resources Using a heat Pump by I. L. Iokova, M. B. Perekhval, I. E. Migutskii

“…Additionally, integrating a heat pump into the heating system of the centralized heating system helps reduce energy dissipation and greenhouse gas emissions into the atmosphere, making heating more sustainable and environmentally friendly. …”
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Simulation and Experimental Study of Arc Model in a Low-Voltage Distribution Network by Binbin Zhang, Jiaqing Zhang, Yifeng Cheng, Qixu Chen, Qian Zhang

“…The simulation results showed that arc dissipation power directly determined arc voltage amplitude, arc time constant influenced arc voltage waveform, and arc current was mainly determined by load resistance. …”
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Acoustic Emission Characteristics and Failure Mechanism of Fractured Rock under Different Loading Rates by Yongzheng Zhang, Gang Wang, Yujing Jiang, Shugang Wang, Honghua Zhao, Wenjun Jing

“…This process is accompanied by energy dissipation via the production of internal tensile and shear cracks; their propagation and coalescence result in the formation of a macroscopic rupture zone.…”
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Evaluation of mechanical properties and cracking resistance of shrinkage-compensating concrete reinforced by expansive agents with polypropylene fibers by Wenxiao Lu, Ji Chen, Qiang Tang, Fan Gu

“…Concrete sidewalls are crucial in construction, yet their deformation control during casting and curing due to heat dissipation is a significant challenge. This often leads to issues such as shrinkage and cracking, which can compromise the structural integrity and functionality of the sidewalls. …”
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