Processing of Ultra-High Strength Composite Materials via Non-Traditional Methods
Riham Mohamed Sobhy El-Sheikh;
Abstract
Abstract
For the past few decades, Metal Matrix Composite has encountered an extensive improvement. Composite processing is an objective because of its ultra-high strength structural materials. Aluminum Metal Matrix composite introduced ultra-high strength and high performance if compared with conventional metals and alloys. Direct Metal Oxidations (DIMOX) along with Semi-Solid process (Rheocasting and Thixocasting) are introduced to control structural micro constituents. There is a limited understanding about DIMOX including its processes parameters (Temperature, Holding Time, and Alloying Elements). The control of micro structure components into a hybrid composite processing is a goal with a new emerging technique and economic aspect. In addition, the effect of boron addition, via the addition of boric acid or borax, is also introduced.
For the past few decades, Metal Matrix Composite has encountered an extensive improvement. Composite processing is an objective because of its ultra-high strength structural materials. Aluminum Metal Matrix composite introduced ultra-high strength and high performance if compared with conventional metals and alloys. Direct Metal Oxidations (DIMOX) along with Semi-Solid process (Rheocasting and Thixocasting) are introduced to control structural micro constituents. There is a limited understanding about DIMOX including its processes parameters (Temperature, Holding Time, and Alloying Elements). The control of micro structure components into a hybrid composite processing is a goal with a new emerging technique and economic aspect. In addition, the effect of boron addition, via the addition of boric acid or borax, is also introduced.
Other data
| Title | Processing of Ultra-High Strength Composite Materials via Non-Traditional Methods | Other Titles | تحضير مواد مركبة فائقة القوة من خلال طرق غير تقليدية | Authors | Riham Mohamed Sobhy El-Sheikh | Issue Date | 2018 |
Attached Files
| File | Size | Format | |
|---|---|---|---|
| CC2254.pdf | 1.3 MB | Adobe PDF | View/Open |
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