计算物理
計算物理
계산물리
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS
2014年
6期
706-712
,共7页
高温高压%双流体模型%有限体积方法%堆积颗粒%能量衰减
高溫高壓%雙流體模型%有限體積方法%堆積顆粒%能量衰減
고온고압%쌍류체모형%유한체적방법%퇴적과립%능량쇠감
high temperature and high pressure%two fluid model%packing particles%energy attenuation
建立二维轴对称气固两相双流体物理模型。对三种不同源区初始质量比内能E0/10、E0/100、E0/1000，固体堆积颗粒作用下气相流场能量、压力衰减进行数值模拟。结果表明：初始质量比内能越高，堆积颗粒作用下流场动能、内能衰减越快；初始质量比内能越高，流场压力衰减达到准静状态的速度越快，准静态后压力衰减也越快。
建立二維軸對稱氣固兩相雙流體物理模型。對三種不同源區初始質量比內能E0/10、E0/100、E0/1000，固體堆積顆粒作用下氣相流場能量、壓力衰減進行數值模擬。結果錶明：初始質量比內能越高，堆積顆粒作用下流場動能、內能衰減越快；初始質量比內能越高，流場壓力衰減達到準靜狀態的速度越快，準靜態後壓力衰減也越快。
건립이유축대칭기고량상쌍류체물리모형。대삼충불동원구초시질량비내능E0/10、E0/100、E0/1000，고체퇴적과립작용하기상류장능량、압력쇠감진행수치모의。결과표명：초시질량비내능월고，퇴적과립작용하류장동능、내능쇠감월쾌；초시질량비내능월고，류장압력쇠감체도준정상태적속도월쾌，준정태후압력쇠감야월쾌。
Two-dimensional axi-symmetric gas-solid two-fluid model was established. Under three conditions of source:E0/10, E0/100, E0/1 000(initial energy per mass of gas), diminishing of gas energy and gas pressure caused by packing particles was studied. It shows that:With higher initial energy per mass of source kinetic and internal energy of gas is diminished by packing particles more quickly, gas fluid is close to stillness more quickly, gas pressure is decreased more quickly.
