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AFDEX training program at Ciudad Juarez as it happened

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작성일posted on Nov 23th 2018

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AFDEX training program at Ciudad Juarez as it happened

The developers of AFDEX, the intelligent metal forming simulator, successfully conducted a 1-day training program on the basics of AFDEX and also gave an overview on the advancements in forging simulation technology at Ciudad Juarez City, Mexico on 31st of October 2018.

We would like to personally thank each and every participant for taking the time to attend this event and make it a special one for us.

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Total - 2 pages 18 articles

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4 steps to quickly simulate your metal forming process 4 steps to quickly simulate your metal forming processForgers are in a situation today that they must be right, the first time. That too with the least amount of time and money. This means a simulation software to check your metal forming process is inevitable. And what if the forging simulation software is very easy to learn and allows you to get started right away? Isn’t it ideal Mar 5th 2020
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Effect of friction laws on metal forming simulations – A summary – [2/2] Effect of friction laws on metal forming simulations – A summary – [2/2] In the previous article, effect of two friction formulations on three processes namely cylinder compression process with low aspect and contact ratio, cylinder compression process with high aspect and contact ratio and the hot strip rolling process were presented. In case you missed it, kind Sep 3th 2019
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Effect of friction laws on metal forming simulations – A summary – [1/2] Effect of friction laws on metal forming simulations – A summary – [1/2] The series of two articles, to be published in the coming weeks will be based on the effect of friction formulation on the prediction of metal forming processes.In this article, effect of two friction formulations on three processes namely cylinder compression process with low aspect and contact ratio, cylinde Aug 30th 2019
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Bauschinger Effect in High-Strength Low-Strain-Hardening Materials - Post [1/2] Bauschinger Effect in High-Strength Low-Strain-Hardening Materials - Post [1/2]In a series of 2 posts starting this week, the Bauschinger effect in high strength low-strain-hardening materials will be discussed. 1. Introduction It is noteworthy that cold-forged, high-strength materials or parts can often bypass heat treatment after being formed, wh Nov 29th 2018
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AFDEX training program at Ciudad Juarez as it happened AFDEX training program at Ciudad Juarez as it happened The developers of AFDEX, the intelligent metal forming simulator, successfully conducted a 1-day training program on the basics of AFDEX and also gave an overview on the advancements in forging simulation technology at Ciudad Juarez City, Mexico on 31st of October 2018. We would like to personally thank each and eve Nov 23th 2018
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Effect of flow stress on finite element predictions of metal flow lines in forging Effect of flow stress on finite element predictions of metal flow lines in forging In the previous article, it was mentioned that the relatively small dead metal region due to flow stress model employed may cause the difference, which gives us an idea with expectation that a lower limit of flow stress model, i.e., initial yield stress will improve the problem. In this very short but Sep 5th 2018
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Effect of friction, temperature and velocity on finite element predictions of metal flow lines in forging Effect of friction, temperature and velocity on finite element predictions of metal flow lines in forging In metal forming, especially in forging, metal flow lines formed during rolling or drawing play decisive role at product strength and integrity [1-4]. Of course, they vary globally with plastic deformation due to metal forming. Therefore, they store the history of the metal fo Aug 29th 2018
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Finite element analysis of a tube swaging process Finite element analysis of a tube swaging process Swaging process is a metal forming process for manufacturing various mechanical parts by changing cross-sections of rods, tubes and wires [1-10]. There are several advantages of the swaging. First, it is advantageous in mass producing straight or tapered metal shapes with various cross-sections including circle, square, gear and the Aug 9th 2018
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Comparison of rigid-plastic and elasto-plastic finite element predictions of a tensile test of cylindrical specimens – Post 2 Comparison of rigid-plastic and elasto-plastic finite element predictions of a tensile test of cylindrical specimens – Post 2 In this continuing post, the results of elastoplastic finite element analysis of the tensile test will be presented. The flow stress shown in Fig. 1, obtained by a material identification algorithm based on rigid-plastic finite elem Aug 2nd 2018
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Comparison of rigid-plastic and elasto-plastic finite element predictions of a tensile test of cylindrical specimens – Post 1 Comparison of rigid-plastic and elasto-plastic finite element predictions of a tensile test of cylindrical specimens - Post 1 Tensile test gives valuable information about finite element analysis and some criterion on its evaluation. It should be noted that tensile test can be not only used for acquisition of flow stress but it can be also useful for evaluating accuracy of finite e Jul 25th 2018
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Metal forming simulation with emphasis on metal flow lines Metal forming simulation with emphasis on metal flow lines There are so many kinds of failures occurring in developing metal forming processes, which are very costly and time-consuming. Under-filling or overlapping defects can be easily removed using the MFS technologies. In many real situations, in fact, those defects can be removed based on the experiences (1). H Jul 18th 2018
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Finite element analysis model of rotary forging for assembling wheel hub bearing assembly – Post 2 Finite element analysis model of rotary forging for assembling wheel hub bearing assembly – Post 2/2 This post is in continuation with last week’s post on the finite element analysis model of rotary forging process of a wheel hub bearing assembly. Adding on to that introductory post, the details of the analysis model and the predictions will be discussed in this post. Jul 11th 2018
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Finite element analysis model of rotary forging for assembling wheel hub bearing assembly – Post 1 Finite element analysis model of rotary forging for assembling wheel hub bearing assembly - Post 1 This topic will be covered under a series of posts starting from this week. In the past the wheel hub bearing assembly was assembled by incredible methods which were much dependent on the manual experience. Thus, the tolerance changed from situation to situation. It has passed quit Jul 6th 2018
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Enclosed die forging of an automobile differential’s bevel gear – Post 2/2 Enclosed die forging of an automobile differential’s bevel gear – Post 2/2This article is a continuation to the earlier article - http://www.afdex.com/archive/blog/4 In this article, we will go further into the results and discuss this approach from a manufacturing perspective.Just a recap of the important information. The material of the bevel gear Jun 27th 2018
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