Three-dimensional flow simulations of the flight element in an intermeshing co-rotating twin screw extruder are performed by solving the Navier Stokes equations with a finite element package, ANSYS.
利用A NSYS有限元分析软件对啮合同向双螺桿挤出机的螺纹元件流场进行了三维等温非牛顿模拟分析。
Kneading blocks are a kind of screw elements wildly used in co-rotating twin screw extruders, with complicated shape and high precision.
捏合块是同向双螺桿挤出机中广泛使用着一种螺桿元件,其外形较复杂,精度要求较高。
Driven by the demand of market, the intermeshing co-rotating twin screw extrusion granulator (ICTSEG) towards the high-output, high-efficiency, large-scale and low-power direction.
在市场需求的推动下,啮合同向双螺桿挤压造粒机向高产量、高效率、大型化和低能耗方向发展。
This thesis concentrates on simulation of Non-Newtonian isothermal flow in kneading block in closely intermeshing co-rotating twin screw extruders.
本文主要就全啮合同向双螺桿挤出机捏合块流道中熔体全充满区的流动进行了全三维非牛顿等温模拟。
A wave twin screw element was designed on the basis of meshing theory and motion relation for co-rotating twin screw extruder by introducing wave screw structure in this paper.
本课题根据啮合同向双螺桿啮合原理及螺桿运动关系,将波状螺桿结构应用到双螺桿挤出机中,设计了一种波状双螺桿元件。
The mixing performance of different screw configurations of a co-rotating twin screw extruder and the grafting reactive extrusion of PE-LDg-MAH were investigated.
研究了不同螺桿构型的混合性能以及低密度聚乙烯熔融接枝马来酸酐的过程,探讨了不同螺桿构型的混合性能与接枝反应接枝率的关系。