CAJ | 학술논문

利用MaxweU应力张量，考虑颗粒的磁化饱和过程和非线性磁化过程，使用AN- SYS软件三维有限元单元建立了基本力学模型，计算结果和实验取得了良好的一致. 并就颗粒的体积浓度、磁化饱和强度等对磁流变液性能的影响进行了计算和比较.还构建了体心立方结构模型，初步计算了这种模型下磁流变液的剪切屈服应力.
이용MaxweU응력장량，고필과립적자화포화과정화비선성자화과정，사용AN- SYS연건삼유유한원단원건립료기본역학모형，계산결과화실험취득료량호적일치. 병취과립적체적농도、자화포화강도등대자류변액성능적영향진행료계산화비교.환 구건료체심립방결구모형，초보계산료저충모형하자류변액적전절굴복응력.
By using Maxwell stress tensor and the three-dimension single particle, some computation is carred ouir according to the MRF-132LD produced by Lord Co., after considering the influence of the magnetic saturation and non-linear magnetization. The result of the computation is in good agreement with that of the experiment. The authors continued the computation on the influence of volume fraction and magnetic saturation intensity, and arrived at some valuable conclusions. For example shear yield stress has the direct ratio to the square of magnetic saturation intensity. This work can help to improve the capability of MRF, and how to expect and improveshear yield stress of MRF. Also, CCT model was consfracted and some computation was condacted.