Background/Aim. In implant prosthetics, there is an increasing use of materials that, with their mechanical characteristics, can alleviate the negative consequences stress. The aim this study was to conduct a comparative analysis stress distribution and deformation implant-supported telescopic systems surrounding structures made different using finite element method. Methods. 3D models were pre...

In order to study the mechanical properties of inverted cone bottom oil storage tanks under earthquakes when foundation is uneven, finite element modeling calculation for a 20,000 m3 tank carried out based on ANSYS Workbench. Wind load, hydraulic pressure and seismic load are all equalized as distributed loads with varying spatial positions. Considering various combinations different heterogene...

The paper presents a comparative analysis of methods and results calculating the physical mechanical characteristics single-layered multi-layered polymer composite materials (PCM). object study is which consists epoxy binder carbon fiber reinforcements. principle multiscale modelling applied to determine composite. Within framework this study, representative volume element (RVE), structure corr...

Solder layer void is one of the main failure causes power semiconductor devices, which will seriously affect reliability devices. In this study, a 3D model IGBT (Insulated Gate Bipolar Transistor) packaging was built by DesignModeler. Based on ANSYS Workbench, influence size, location, solder type, and thickness temperature distribution module simulated. The results show that larger radius, hig...

This paper presents the Finite Element Analysis (FEA) Multiphysics technique, applied to study strength of ice adhesion between surface polyurethane and ice. The theoretical this work is based on Euler-Bernoulli beam theory that used solve a four-point bending problem give correlation displacements with load longitudinal stresses. physical samples were prepared by freezing over tested experimen...

The development of composite sections is great importance in structural design, with the aim reducing weight and deflection while limiting effect on section’s strength durability. This paper examines computational analysis where reinforced concrete was replaced autoclaved aerated (AAC) compression zone. first principles combined Hook’s law were adopted to find a flexure, shear, equivalent modul...

Biped robots’ locomotion is realized by driving the joint motion via a drive chain. Therefore, stiffness of chain an important factor that affects performance and can influence behavior biped robot. This work focused on leg’s using mass-spring model based robot AIRO built in Zhejiang Lab. Methods for determination parameters proposed were presented, including use ANSYS Workbench to determine in...

Timber structures are currently more important for solving tasks in construction practice. For this reason, there is an opportunity research the area of physical tests and numerical models. This paper deals with determination comparison deformation properties cross-laminated timber (CLT) panels based on laboratory tests, analytical calculation modeling. CLT structural building components consis...

With the increase in oil and gas pipe mileage, various corrosion defects inevitably occur, so mechanisms applicability of interaction are investigated. The ANSYS Workbench software is used to study three double defect models based on exterior wall, interior wall. First, distribution stress nephogram Second, failure pressure obtained through load step variety pressure. Finally, critical distance...