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您的检索式：作者名="Shaochen HU"
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| 1 | Compressive Behavior of Wood-based 2-D Lattice Structure under Multivariable Analysis显示文摘In order to optimize the out-of-plane compression performance of the wood structure,wood-based 2-D lattice structures were designed and manufactured with oriented strand board as the panel and birch round stick as the core by using a simple insert-glue method.In this experiment,the different thicknesses of the upper and lower panels,the different shavings arrangement directions of the upper and lower panels and the different configurations of the specimens were used to analyze the compression performance of the specimens under multivariable conditions.Through the combination of experimental test and theoretical analysis,we analyzed and compared different failure types of the structure and multiple compression parameters.The results showed that the shavings arrangement direction of the panel has a more important influence on the whole specimen than the thickness of the panel,especially the transverse shavings of the panel can withstand greater shear stress than the longitudinal shavings for a specimen. | Yanxia FENG Mengyuan WANG Shaochen HU Lili JIA Jihe CHEN Tianshi FENG Yingcheng HU | 2019 | Journal of Bioresources and Bioproducts2019，4，2： | 0 |
| 2 | Experimental investigation of flame propagation characteristics in the in-line crimped-ribbon flame arrester显示文摘An experimental system that consisted was of gas mixing equipment,a sensor detection flame system,a data and acquisition quenching device,and an electric spark ignition device set in up to investigate fuel/air deflagration propagation suppression processes through when a crimped-ribbon concentration flame arrester an was enclosed close horizontal the pipe.Deflagration ratio,experiments showed that the the four of and flammable ethylene-air combustion,gas to stoichiometric pipe the evolution processes of and explosion could pressure divided for propane-air stages:premixed slow gases in the diameter(DN32–DN400)and were similar be into isobaric pressure was rise,quick pressure and rise,pressure oscillation.However,high.the explosion duration quickly of the the hydrogen-air premixed gas stage.relatively short,the peak be explosion pressure three was The pipe pressure diameter rose after isobaric combustion speed Therefore,the the process can divided into stages increased in the and(DN15–DN150).Deflagration increases results indicated that propane-air flame speed initially eventually decreased along with in the pipe diameter(DN32–DN400);however,the of ethylene-air flame speed gradually flame increased with the increase the of the pipe diameter(DN80–DN400).No notable pattern change speed in the hydrogen-air at speed was observed in pipe diameter(DN15–DN150).The maximum happened propane-air when flame occurred 5%concentration.The the maximum conditions flame of speed same for size ethylene-air of and hydrogen-air tube the mixture ignition was close to but stoichiometric different ratio.Under or the experimental configuration experimental and the same distance flame pipe lengths,stopped the same flames pipe length high but different ignition low distances,results showed that the arrester successfully the at flame speed and explosion pressure,but failed at low flame speed and high explosion pressure. | SUN ShaoChen DING ChunHui HU XiYu LIU Gang YE Chen BI MingShu | 2017 | Science China(Technological Sciences)2017，60，5： | 0 |
| 3 | Two distinct roles of Al_(2)Sm and Al_(11)Sm_(3) phases on the corrosion behavior of the magnesium alloy Mg-5Sm-xAl显示文摘The roles of Al11Sm3 and Al_(2)Sm phases on microstructure evolution,mechanical properties and corrosion behavior of the Mg-5Sm-x Al system was investigated.The results showed that adding Al to Mg–5Sm binary alloy brought two Al–Sm phases,Al11Sm3 and Al_(2)Sm,which had two distinct roles regarding the microstructure evolution,mechanical properties and corrosion behavior of the Mg-Sm-Al alloy.Al11Sm3 produced a strong galvanic couple with the Mg matrix,and significantly accelerated the corrosion.The Al_(2)Sm particles promoted heterogeneous nucleation and refined the grains,which increased the tensile strength and ductility.Both types of Al–Sm particles provided strengthening effect for the alloy.With higher Al contents,Al2Sm formed an Al oxide protective surface layer and increased corrosion resistance. | Xingrui Chen Qi Zou Qichi Le Shaochen Ning Chenglu Hu Xiaoqiang Li Anrej Atrens | 2021 | Progress in Natural Science:Materials International2021，31，4： | 0 |
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