Experimental and Theoretical Analysis to Produce Pentagonal Cup in Deep Drawing Process
Experimental and Theoretical Analysis to Produce Pentagonal Cup in Deep Drawing Process

Zainab H. Mohsen; Waleed K. Jawad; Assel H. Abed

Volume 41, Issue 12 , December 2023, , Page 1432-1441

https://doi.org/10.30684/etj.2023.138865.1407

Abstract
  The manufacturing industry heavily relies on deep drawing due to its remarkable ability to produce intricate symmetrical and asymmetrical shapes with accuracy and efficiency. This research ...  Read More ...
Investigation of Thickness Distribution Variation in Deep Drawing of Conical Steel Products
Investigation of Thickness Distribution Variation in Deep Drawing of Conical Steel Products

Muhsin J. Jweeg; Adnan I. mohammed; Mohammed S. Jabbar

Volume 39, 4A , April 2021, , Page 586-598

https://doi.org/10.30684/etj.v39i4A.1908

Abstract
  This study investigates the thickness variation behavior of deep drawing conical products under the effect of different forming parameters such as die wall inclination angle, punch ...  Read More ...
Numerical and Experimental Explorations for the Formability of Drawing Square Cups Through Deep Drawing Operation (January 2020)
Numerical and Experimental Explorations for the Formability of Drawing Square Cups Through Deep Drawing Operation (January 2020)

Nareen H. Obaeed

Volume 38, 9A , September 2020, , Page 1316-1326

https://doi.org/10.30684/etj.v38i9A.1340

Abstract
  This study aims to examine the formability of drawing cups having square shapes through direct deep drawing process on a single action press through one pass. This can be accomplished ...  Read More ...
The Influence of Punch Profile Radius on Deep Drawing Process in Case of a Low Carbon Steel Cylindrical Cup
The Influence of Punch Profile Radius on Deep Drawing Process in Case of a Low Carbon Steel Cylindrical Cup

Waleed K. Jawad; Abdullah Jaafar

Volume 36, 10A , October 2018, , Page 1048-1058

https://doi.org/10.30684/etj.36.10A.5

Abstract
  This research aims to investigate the effect of punch profile radius on the drawing force, cup wall thickness, amount of spring back induced in the drawn cup, contact regions between ...  Read More ...
Effect of Blank Holder Force on Strains and Thickness Distribution in Deep Drawing Process
Effect of Blank Holder Force on Strains and Thickness Distribution in Deep Drawing Process

Ali Abbar Khleif; Karem Muhsin Younis; Ali Tuaimah

Volume 32, Issue 8 , August 2014, , Page 2009-2019

https://doi.org/10.30684/etj.32.8A10

Abstract
  This work aims to study the effect of the blank holder force on strains and thickness distribution along cup wall of drawn part in deep drawing process. 2-D model of cylindrical cup ...  Read More ...
A Computer Program for Calculating the Circular Product Dimensions During Deep Drawing Operations Steps
A Computer Program for Calculating the Circular Product Dimensions During Deep Drawing Operations Steps

Ridha Alwan Ahmed

Volume 31, Issue 13 , August 2013, , Page 2580-2595

https://doi.org/10.30684/etj.31.13A.14

Abstract
  Deep drawing process is an important industrial processes where it has been extensively used. It is a process for converting the blank metal to make cylindricalshape in most of the ...  Read More ...
Influence of Metal Type on the Deep Drawing Force by Experimental and Finite Element Method
Influence of Metal Type on the Deep Drawing Force by Experimental and Finite Element Method

Moneer H. Al-Saadi; Hani Aziz Ameen; Rawa Hamed M. Al-Kalali

Volume 29, Issue 13 , September 2011, , Page 2601-2608

https://doi.org/10.30684/etj.29.13.2

Abstract
  This paper is aimed to study the effect of material type on the drawing force. Three metals are used (low carbon steel 1008 AISI, Austenitic stainless steel 304 AISI, and pure aluminum ...  Read More ...