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2022101 · Besides, the largest yield strength σy, tensile strength σmax and elongation δ of compound-formed 6A02 components were even 16.8%, 25.8%, and
contact20131210 · The strengthening behavior and mechanism of 6A02 aluminum alloy sheet in the hot forming-quenching integrated process with warm forming-dies have been analyzed. Following conclusions are drawn: (1) As the temperature of forming dies increases, similar Vickers hardness and tensile strength can be obtained, until 250 °C
contact201911 · Three different die profiles for isothermal forging of cup-shaped component of 6A02 Aluminum alloy were proposed. The processes of isothermal forging were
contact201911 · Abstract and Figures. Three different die profiles for isothermal forging of cup-shaped component of 6A02 Aluminum alloy were proposed. The processes of
contact202321 · A thixoforming-forging integrated compound forming technology of bimodal semi-solid billet was firstly proposed. •. 6A02 compound-formed component had much higher mechanical performances than forged component. •. Except liquid fraction, the deformation behavior was relevant to grain morphology. •.
contact2022101 · Besides, the largest yield strength σy, tensile strength σmax and elongation δ of compound-formed 6A02 components were even 16.8%, 25.8%, and 77.6% higher than σy, σmax and δ of 6A02 hot ...
contact201911 · Abstract and Figures. Three different die profiles for isothermal forging of cup-shaped component of 6A02 Aluminum alloy were proposed. The processes of isothermal forging were studied by ...
contact2019822 · ，， Movable Mould Moving Half Fixed Clamp Plate Top Clamping Plate Top Plate Moving Clamp
contact2021114 · . 1-7 1xxx （20℃） （20℃）/W ·（m·k） （℃） （℃） -1 /J ·（kg·k）-1 (℃) O H18 1050 657 646 900 （20℃） 231 （20℃） 1060 657 646 900 （20℃） 234 （25℃） 645 ...
contact201985 · ，. 1xxx （ 20 ℃） （20 ℃）/W ·（m ·k） （℃） （℃） /J ·（kg ·k）-1 -1 (℃ ) O H18 1050 657 646 900 （20 ℃） 231 （20 ℃） 1060 657 646 900 （20 ...
contact20191127 · When punch and die were heated to 200°C, the forming limit strain and dome height were improved. ... Lin P. Investigation on strengthening of 6A02 aluminum alloy sheet in hot forming-quenching
contact20171214 · 6A02，6A02Cu。、、、、、、、。(T.)，。300MPa，400MPa.T4crbT6IOOMPa， ...
contact2020610 · SimufactForming，Welding，Additive， Simufact，、、，、，！. ，MSC，！. ...
contact2021114 · . 1-7 1xxx （20℃） （20℃）/W ·（m·k） （℃） （℃） -1 /J ·（kg·k）-1 (℃) O H18 1050 657 646 900 （20℃） 231 （20℃） 1060 657 646 900 （20℃） 234 （25℃） 645 ...
contact201985 · ，. 1xxx （ 20 ℃） （20 ℃）/W ·（m ·k） （℃） （℃） /J ·（kg ·k）-1 -1 (℃ ) O H18 1050 657 646 900 （20 ℃） 231 （20 ℃） 1060 657 646 900 （20 ...
contact201838 · Dance，【】Belly Punch Ryona Compilation 1，DNF Duel Ryona Dragon Knight Destroyed By Grappler's Super，【MMD】 【TdaNeru Bikini TypeA】，【】Ryona Belly Punch Compilation 3，【PSV】『VALKYRIE DRIVE
contact20171214 · 6A02，6A02Cu。、、、、、、、。(T.)，。300MPa，400MPa.T4crbT6IOOMPa， ...
contact2020610 · SimufactForming，Welding，Additive， Simufact，、、，、，！. ，MSC，！. ...
contact2018920 · Wear is the main factor that causes most of the failures and reduces the lifetime of forming tools. The demand from industrial users for lower costs, higher productivity, and better quality is among the justifications for researching methods to increase the performance of these tools. In this work, the wear that occurs for hot forging
contactEasy-View Marking Punches. Punch has two viewing lenses. One has a circle and dot and one has a crosshair to enable you to pinpoint the location where you need to punch. Replace the lens with one of the two included punches and strike it with a
contact201632 · A straight punch can rub against the workpiece material throughout the stroke. This rubbing creates more friction and heat, increasing the chances for galling. Back-taper can help here. If the punch
contact2021210 · In-line Prepunching Vs. Punching in Roll Forming. The entire purpose of the punching process is to create holes in sheet metal materials. Using hardened tools with sharp edges, force is applied to shear out the desired area. The force can be applied manually, but is typically performed through mechanical, pneumatic, or hydraulic means.
contact