... loads to provide validation data for finite element simulations. Cross-tension tests were conducted under quasi-static conditions to evaluate the mechanical characteristics of the joint samples. Multiple finite element models based on the response surface method were developed to obtain the functional...

... are found to match the thinning pattern. Further, the use of finite element simulation can successfully predict the location and the severity of the wear on the product. From the experiment results, even if the metal blank only experienced one stroke, the tooling mark contains both adhesive and abrasive...

... revealed that crack initiation sites under tension moved from the middle of the trimmed surface toward the burr tip with increasing the clearance. This study demonstrates the importance of stretchability tests for designing the stamping dies as well as a reliable finite element simulation...

... by the double effects of both the entrance angle and cutting force. Most of the surface defects of honeycomb materials were found concentrated in three regions, named by zones I–III, in which extruding, shear, and tensile deformation was mainly generated, respectively. Besides, the finite element simulation...

...; published online November 26, 2018. Assoc. Editor: Tony Schmitz. 01 08 2018 29 10 2018 constitutive model dynamic deformation high speed machining finite element simulation 7050-T7451 aluminum alloy Aluminum alloys have excellent physical and mechanical properties...

... parametric study on 88 deg V-bending of the LSS was then implemented to provide a processing optimization for industry practice. V-bending springback laminated steel sheet finite element simulation parametric study LSS sandwiched with a polymer core came into being because of vibration...

... also discusses reasons for discrepancies between the experimental measured cutting force and that predicted by finite element simulation. According to Zorev [( 14 )], sticking friction occurs near the cutting edge contacting with chip, and the frictional shearing stress τ is equal to the average...

... product design product development quality assurance axially symmetrical flanged component finite element simulation flow-induced folding defect defect avoidance forging process In the past decade, researches on finite element (FE) and other numerical simulations in metal forming arena...

... deformation friction stir welding tool design finite element simulation solid mechanics model Friction stir welding (FSW) is a solid state joining process developed by The Welding Institute (TWI), UK in 1991 ( 1 ). The tool employed in FSW consists of a spinning pin with a stepped shoulder...

.... The simplest technique for producing the eccentric reducers is the tube nosing through eccentric conical dies. In this paper the finite element simulation is used to investigate the eccentric nosing of circular tubes through an eccentric conical die. Simulation is performed to investigate the plastic...