Manufacture of die and their designing parameters for sintered AMC product

Abstract

The main goal in the advancement of composites with an aluminum metal matrix is to provide high performance and better mechanical properties from the currently available materials. Aluminium metal composite (AMC) can be researched and used in many industrial applications, such as manufacturing, aerospace, defense, pipelines and the automotive industry. The production of AMC is only possible with help of a suitable die in solid route of powder metallurgy process. Thus, the design of die is most important step in the process of powder metallurgy. The shape, size and design of the die directly influence the final AMC product. A number of steps and considerations like stress concentration and the propagation of cracks should be made for designing the die before its manufacture. The present work is made to attempt the fabrication and design of a cold compaction die with EN 10083 steel used for powder metallurgy process.

Mathematical Fuzzy Modeling to Estimate Erosion Wear Rate of a Novel Metal Matrix Composite Produced by Powder Metallurgy Method

“…Despite numerous technical obstacles, powder metallurgy emerges as a pivotal solution to overcome these challenges [5][6]. The uniform dispersal of reinforcement within the metal matrix is a critical factor directly influencing the properties and standard of the composite materials [7][8][9][10].…”

Experimental investigation on the performance variations of three different work piece materials in EDM with variation of thermo-physical properties

“…The introduction of high performance, lightweight aluminum metal-matrix-composite (AMMC) for the automotive, aerospace and consumer-oriented industries has resulted in a uni ed distribution of reinforcements within a single matrix element for the production of usable integrated materials which are easy to be machined in non-conventional machining process as stated by Behera et al [1][2][3].…”

Dry Sliding Wear Analysis of Composite Prepared by A Novel Method with Different Furnace Temperature

“…High strength and light weight material are always required in industrial and structural applications specifically in automobile industries and aerospace uses. Metal matrix composites made of Aluminum as base metal reinforced with Silicon Carbide particulates are very useful in the above mentioned applications [1][2][15][16][17].There are different route to manufacture the composite but in liquid route with stir casting apparatus is very efficient. To increase the wetting property of Silicon Carbide, Magnesium Powders are added with high recovery in the Aluminum melt.…”