![Partitioning of the cylindrical billet into different material regions... | Download Scientific Diagram Partitioning of the cylindrical billet into different material regions... | Download Scientific Diagram](https://www.researchgate.net/publication/335088183/figure/fig1/AS:790158303576064@1565399828021/Partitioning-of-the-cylindrical-billet-into-different-material-regions-to-allow-for-study.png)
Partitioning of the cylindrical billet into different material regions... | Download Scientific Diagram
![a) Solid cylindrical billet upset between two flat dies. (b) Uniform... | Download Scientific Diagram a) Solid cylindrical billet upset between two flat dies. (b) Uniform... | Download Scientific Diagram](https://www.researchgate.net/publication/357807144/figure/fig1/AS:1111809398456323@1642087425906/Figure-a-Solid-cylindrical-billet-upset-between-two-flat-dies-b-Uniform-deformation.jpg)
a) Solid cylindrical billet upset between two flat dies. (b) Uniform... | Download Scientific Diagram
![SOLVED: ar] A 3.0-in-long cylindrical billet whose diameter = 1.6 In is reduced by indirect extrusion t0 diameter 0,375 in (circular die) . Die angle 90". In the Johnson equation; a = SOLVED: ar] A 3.0-in-long cylindrical billet whose diameter = 1.6 In is reduced by indirect extrusion t0 diameter 0,375 in (circular die) . Die angle 90". In the Johnson equation; a =](https://cdn.numerade.com/ask_previews/08ccce5b-7d86-4efa-af14-bf02a708ee04_large.jpg)
SOLVED: ar] A 3.0-in-long cylindrical billet whose diameter = 1.6 In is reduced by indirect extrusion t0 diameter 0,375 in (circular die) . Die angle 90". In the Johnson equation; a =
![SOLVED: Q1) (5 pts) A cylindrical billet that is 120 mm long and 60 mm in diameter is reduced by indirect (backward) extrusion to 36 mm diameter: The die angle is 90". SOLVED: Q1) (5 pts) A cylindrical billet that is 120 mm long and 60 mm in diameter is reduced by indirect (backward) extrusion to 36 mm diameter: The die angle is 90".](https://cdn.numerade.com/ask_images/03c20452546c44f8b58b3ad073d09ddf.jpg)
SOLVED: Q1) (5 pts) A cylindrical billet that is 120 mm long and 60 mm in diameter is reduced by indirect (backward) extrusion to 36 mm diameter: The die angle is 90".
![A cylindrical billet of steel with length l=50 cm long and a diameter D=3 cm is initially held at temperature T_{1}=500^{\circ}C. The billet is plunged into an oil bath at a temperature A cylindrical billet of steel with length l=50 cm long and a diameter D=3 cm is initially held at temperature T_{1}=500^{\circ}C. The billet is plunged into an oil bath at a temperature](https://homework.study.com/cimages/multimages/16/0287902171121868902692.png)