... confirm the model’s efficacy in reproducing key biomechanical aspects, laying the groundwork for future investigations into ongoing wrist biomechanics challenges. finite element analysis wrist biomechanics grasping computational modelling Proceedings of the ASME 2024 International Design...

... to predict the tooth contact deformation. The solution can be used to model and analyze lightweight bevel gear dynamics. The method is validated against high-fidelity nonlinear finite element analysis-based contact simulations to evaluate the predicted transmission error, contact pattern, and contact...

... the influence of four spoke shapes (honeycomb, modified honeycomb, re-entrant honeycomb, and straight spokes) on NP tire traction performance for on-road applications. Using Finite Element Analysis (FEA), the study considers the influence of longitudinal speed and vertical load on the traction performance...

... Abstract This study investigates the mechanical behavior of Ti64 alloy at high temperature (750°C) using digital twinning technology based on finite element analysis in combination with Gleeble testing. In the realm of high-temperature alloy materials, empirical constitutive models...

... panels connected with thin sheets and determine their deflection as a function of their material properties, geometry, and applied moments. Related methods are described. An analytical model and finite element analysis are compared and validated with a physical model. The end angle, coordinates...

... Abstract Computational modal analysis performed using finite element analysis is an established method for estimating the modal parameters of complex structures. This work aims to provide insight into the techniques necessary to accurately model structural components within an aircraft...

... of 6% in the maximum frequency response velocity for the three loading directions, while increasing the mass by 9%. finite element analysis frequency response analysis structural optimization Proceedings of the ASME 2023 International Design Engineering Technical Conferences and Computers...

... optimization, and machine learning. Keywords: data curation, sheet metal, springback, forming, stamping, joining, automated workflow, finite element analysis, dataset generation 1. INTRODUCTION The production of large assemblies, such as automotive bodies shown in Figure 1, involves flexible components like...

... with different severity levels of corrosions can be obtained through finite element analysis. Thirdly, uncertainty quantification study is then conducted to understand the statistical characteristic of stochastic behavior of corroded plates from simulated and origin image data. The case study results showed...

... that the outcome of this study is beneficial for the optimal design of nested Halbach cylinders for gravity compensation. Halbach arrays permanent magnets finite element analysis Ansys Maxwell gravity compensation Proceedings of the ASME 2023 International Design Engineering Technical Conferences...

... by development of new safety. Keywords: traffic safety, injury biomechanics, finite element analysis, e-scooters NOMENCLATURE BriC HIC Brain Injury Criteria Head Injury Criterion NIJ Neck Injury Criteria RIM Rider Injury Metric 1. INTRODUCTION Scooters and similar two-wheel devices with a gasoline-powered engine...

... is then applied to a four-variable porosity modeling problem. The obtained model is more accurate than using other approaches with only 10 available experimental data points for calibration and validation. metal additive manufacturing finite element analysis uncertainty quantification validation metric...

[email protected] [email protected] ABSTRACT Keywords: Humanoid robot; Musical saw; Real-time control; In recent years, cooperative robots have been attracting Dual-armed cooperative action; Finite element analysis; Strike action attention for their ability to work with humans. The ability to share tools...

... additive manufacturing laser powder bed fusion energy absorption finite element analysis Proceedings of the ASME 2021 International Design Engineering Technical Conferences and Computers and Information in Engineering Conference IDETC-CIE2021 August 17-19, 2021, Virtual, Online DETC2021-71756...

... to realize variable stiffness of rotary ID-LEJ, four sliders are arranged in the rotary ID-LEJ to change the stiffness of the hinge. The variable stiffness of the hinge is analyzed by Equivalent system and Finite element analysis. When the slider is symmetrically divided (yl1=yl2=yr1=yr2) the bending...

... with its targeted forming conditions with maximum material utilization ratio, shortest lead-time, and reliable quality. sheet metal forming finite element analysis knowledge-based expert system process modeling concurrent engineering Proceedings of DETC 9 7 ASME Design Engineering Technical...

... Abstract This paper extends the algorithm of Evolutionary Structural Optimization (ESO) developed by Xie and Steven to the optimal design problems of thermoelastic structures. This extension simply incorporates an evolutionary iterative process into thermoelastic finite element analysis. During...

... dimensional p -element mesh generator. It is illustrated that the use of p -adaptive technology and parametrized solid model assist us in achieving a high degree of automation. optimization finite element analysis parametric model solid modeler automated shape optimization p -adaptivity...

... Abstract An inverse finite element (FE) algorithm is proposed for sheet forming process simulation. With the inverse finite element analysis (FEA) program developed, a new method for concurrent engineering (CE) design for sheet metal forming product and process is proposed. After the product...

... a nt effect on the creep crack growth rate. WORDS: quenching, aluminum gas cylinders, l stresses, crack growth rate, finite element analysis UCTION ufacture of aluminum gas cylinders consists of metal and heat treatment processes. The formed cylinders t treated in order to obtain the desired strength...