Project Details
Description
Flow Forming (FF), and incremental bulk forming in general, is known to have narrow stable process window and hence difficult to shape. Process modelling for it is in its early stages and is complicated by the complex and not very well understood process mechanics. Robust FE models for the process consume too large quantities of data and time with questionable outputs.
Building on the work carried out in AFRC-CATP 218 and 454, this project will aim to collate and classify instabilities observed in earlier trials performed at AFRC, and using models of increasing levels of complexities and model simplification techniques, formulate methods to predict the different instabilities.
Building on the work carried out in AFRC-CATP 218 and 454, this project will aim to collate and classify instabilities observed in earlier trials performed at AFRC, and using models of increasing levels of complexities and model simplification techniques, formulate methods to predict the different instabilities.
Layman's description
The project will focus on intelligent model simplification techniques, robust material model development and some failure prediction capabilities in modelling of Flow Forming
| Status | Finished |
|---|---|
| Effective start/end date | 10/06/19 → 31/03/20 |
Keywords
- flow forming
- process modelling
- incremental bulk forming process
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Research output
- 2 Commissioned report
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AFRC_PRS1488_CATP_1417 - D1 Summary review of past FF Modelling
Krishnamurthy, B., 1 Apr 2020, Glasgow.Research output: Book/Report › Commissioned report
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AFRC_PRS1489_CATP_1417 - D2 Summary of Work Carried out 19-20
Krishnamurthy, B., 31 Mar 2020, Glasgow.Research output: Book/Report › Commissioned report