This paper presents the assessment of different piston head geometry made aluminum and magnesium alloy. ANSYS finite element analysis is used to analyze under static transient conditions. Round flat constructed using SOLIDWORK software exported WORKBENCH. According analysis, it found that produced higher stress compared with round piston. Similar trend observed when conducted where capable prod...

In the grinding process, because wheel will wear, it is difficult to control accuracy of workpiece by grinder itself. Using radial measuring instrument measure size in real time, detect change and guide adjustment parameters can improve production efficiency reduce machining cost, which an important link process grinder. Different from traditional two-point contact on-line measurement technolog...

Taking the steering block of mine shuttle car as research object, a three-dimensional solid model is established by SolidWorks. Based on ANSYS Workbench, total deformation and stress Mine under tension are obtained. According to boundary conditions, optimized topology optimization, results finally verified static analysis. The show that mass reduced 11.7%. This study provides reference for comp...

The tower of onshore wind turbine is the supporting part whole machine, and its service related to safety state machine. In order ensure machine operation, vibration analysis needed. This paper takes as research object, establishes 3D model tower, uses Ansys Workbench software carry out finite element modal tower. According results analysis, measured scheme designed test data onto analyzed by p...

In the process of oil exploitation, subseatrees sometimes vibrate. this paper, fluid–structure coupling software was used to study causes subsea tree vibration. First, complex model simplified, and ageometric grid established for calculation. Then, under given two working conditions, Fluent analyze pressure velocity distribution pipeline’s flow field. It found that field changed greatly at vari...

The opposed-power reciprocating pump has the characteristics of high pressure, large flow, and efficiency energy saving. However, due to special structure pump, existing theoretical methods cannot analyze its dynamic performance. Therefore, this paper proposes a method analyzing power end pump. Firstly, according working principle structural traditional plunger novel complex is analyzed by anal...

This paper presents a parametric investigation into the influence of geometry on compressive and flexural strength un-stabilised compressed earth blocks (CEBs). Three CEBs with dissimilar geometric properties were manufactured subjected to physical testing Finite Element Analysis (FEA) using ANSYS Workbench 19.1. The shown be dependent their ranged from 3.74 6.73 MPa 0.63–1.31 respectively. A m...

The recent development of large wind turbines poses new challenges with regard to understanding the mechanisms surrounding unsteady flow-structure interaction. The larger and more flexible blades imply risks from an aeroelastic point of view and urge the need to properly understand and model these phenomena. Due to limited experimental data available in this field, Computational Fluid dynamics ...