Graduate Research Associate, ERC/NSM
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Ajay Yadav
The Ohio State University
1971 Neil Ave. Baker Systems Engineering, Room 339
Columbus, OH 43210
614-292-5063
- From The Fabricator
Multipoint-control die cushion systems for stamping complex parts - Part II
- By Ajay Yadav
- Oct 10, 2006
- Bending and Forming
- Article
Editor's Note: This article is Part II of a three-part series that discusses multipoint-control (MPC) die cushion systems applied to the forming of stainless steel double sinks. Part I, which appeared in the September issue, discussed novel press and design concepts using MPC systems. Part III,...
- From The Fabricator
Warm forming of stainless steels - Part II
- By Ajay Yadav, Giovanni Spampinato, and Taylan Altan, Ph.D.
- Aug 8, 2006
- Metals/Materials
- Article
The ERC/NSM conducted experiments using round cup tooling to determine the influence of temperature on the limiting draw ratio – the largest draw ratio of the blank-to-cup diameter that can be drawn successfully.
- From The Fabricator
Warm forming of stainless steels - Part I
- By Ajay Yadav, Giovanni Spampinato, and Taylan Altan, Ph.D.
- Jul 11, 2006
- Metals/Materials
- Article
To prevent martensitic transformation in stainless steel during drawing operations, warm forming has been explored. In experiments, warm forming eliminated intermediate annealing operations and substantially increased limiting draw ratio values.
- From The Fabricator
Structured sheet metal - Part II
- By Michael Mirtsch and Ajay Yadav
- Jun 13, 2006
- Metals/Materials
- Article
Vault-structured sheet metal undergoes very little strain hardening during structuring, so it can be deformed further into shapes such as cans, containers, washing machine drums, thin-walled detector tubes, heat exchangers, and light reflectors.
- From The Fabricator
Structured sheet metal
- By Ajay Yadav
- Jun 13, 2006
- Metals/Materials
- Article
Editor's Note: This article is Part II of a two-part series discussing structured sheet metal and different structuring processes. Part I compares various structuring processes. This column was prepared by Michael Mirtsch and Ajay Yadav of the Engineering Research Center for Net Shape...
- From The Fabricator
Structured sheet metal - Part I
- By Michael Mirtsch and Ajay Yadav
- May 9, 2006
- Metals/Materials
- Article
Increasing sheet metal component rigidity while reducing weight can be achieved by substituting steel with aluminum, magnesium, or titanium alloys; advanced high-strength steel (AHSS); or 3-D structured sheet metal.
- Podcasting
- Podcast:
- The Fabricator Podcast
- Published:
- 04/16/2024
- Running Time:
- 63:29
In this episode of The Fabricator Podcast, Caleb Chamberlain, co-founder and CEO of OSH Cut, discusses his company’s...
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