CAJ | 학술논문

从设计集沙仪的基本原则入手,介绍了新型农田风蚀集沙仪的结构及工作原理,并利用 Fluent 软件对集沙仪风沙分离器进行了数值模拟. 从数值模拟结果看,排气口和排沙口气流降幅约9 0%左右. 经0 FDY-1 .2 移动式风蚀风洞试验验证,结果表明:新型农田风蚀集沙仪的大幅度降速性能为提高集沙效率起到了关键作用,平均集沙效率达92.29%,等动力性达95.8%,能较好地满足了风洞试验和风蚀观测要求.
종설계집사의적기본원칙입수,개소료신형농전풍식집사의적결구급공작원리,병이용 Fluent 연건대집사의풍사분리기진행료수치모의. 종수치모의결과간,배기구화배사구기류강폭약9 0%좌우. 경0 FDY-1 .2 이동식풍식풍동시험험증,결과표명:신형농전풍식집사의적대폭도강속성능위제고집사효솔기도료관건작용,평균집사효솔체92.29%,등동력성체95.8%,능교호지만족료풍동시험화풍식관측요구.
From the basic principles of the design collection instrument sand paper introduces a new collection of farm -land erosion and sediment structure and working principle instrument using Fluent software instrument collection sand sand separator was simulated.From the simulation results, the exhaust port and the discharge sand breath flow fell about 90%.After 0 FDY-1.2 Mobile erosion wind tunnel test verification, the results show a significant deceleration perform-ance of new farmland erosion and sediment analyzer set to improve the collection efficiency has played a key role in the sand,sand average collection efficiency of 92.29%,and other power of up to 95.8 %, we can better meet the require-ments of wind tunnel tests and wind observation.