COMPARISON OF BARRELING EFFECT IN COMPRESSION  TESTS OF TWO KINDS OF SPECIMENS USING THE FINITE  ELEMENT METHOD

ELIAS RIGOBERTO LEDESMA OROZCO; EDUARDO AGUILERA GOMEZ; HECTOR PLASCENCIA MORA; ISMAEL RUIZ LOPEZ; DIEGO ARMANDO GOMEZ MARQUEZ; JUAN FRANCISCO REVELES ARREDONDO

doi:https://doi.org/10.6036/9065

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COMPARISON OF BARRELING EFFECT IN COMPRESSION TESTS OF TWO KINDS OF SPECIMENS USING THE FINITE ELEMENT METHOD

JANUARY 2020 - Volume: 95 - Pages: 107-111

DOI:

https://doi.org/10.6036/9065

Authors:

ELIAS RIGOBERTO LEDESMA OROZCO

- EDUARDO AGUILERA GOMEZ -

HECTOR PLASCENCIA MORA

- ISMAEL RUIZ LOPEZ - DIEGO ARMANDO GOMEZ MARQUEZ -

JUAN FRANCISCO REVELES ARREDONDO

Disciplines:

Mechanical Engineering and technology (OPERACIONES MECANIZADAS )

Downloads: 33

How to cite this paper:

Received Date : 13 December 2018

Reviewing Date : 14 December 2018

Accepted Date : 27 May 2019

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Key words:: Método del elemento finito, abarrilamiento, prueba de compresión, prueba de forja, Finite Element Method, barreling, compression test, forging test
Article type:: ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:: RESEARCH ARTICLES

This paper shows a comparative study of two types of forging specimens (Rastegaev and Stauchprobe) in order to obtain stress flow curves at compressive loads with a wide range of temperature, by using a Finite Element Analysis.
The main aim is to determine which specimen shows the minimum barreling phenomena under compression at different temperature condition.
After the data were obtained, a comparative analysis leads to conclude that the Stauchprobe specimen shows better compressive performance.

Keywords: Finite Element Method; barreling; compression test; forging test.

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