Metal-matrix nanocomposite, composed of copper/20wt.% Al2O3, was fabricated by
mechanical alloying method. The starting powders mixture was milled in planetary ball mill …

Dynamic consolidation of IN718 superalloy powder without grain-growth and negligible
density gradient is accomplished through explosively generated shock wave loading. The …

CuCr bulk alloy was produced by mechanical alloying and explosive compaction
technology. Four kinds of milling time were used to analyze the function and influence on …

Combining the unique advantages of a pulsed laser with its high strain rate dynamic loading
features and suitability for microforming, laser shock dynamic compaction experiments were …

Dense bulk alumina (Al 2 O 3) has been prepared by explosive compaction and its
microstructure has been investigated by optical microscopy, Raman spectroscopy, scanning …

We present a process for the production of Cu–Al matrix composites containing between 25
and 30 vol.% in situ Al 2 O 3. The composites are prepared by pressing, heat-treating and …

Considerable progress has been made for the solidification of metal powders with improved
properties by using varieties of metallurgical methods. However, solidification of superalloy …

This paper presents new solution to manufacturing Cu-Al2O3 composites with a dispersed
reinforcement phase. It consists in substituting commonly used commercial alumina powder …

Micro-sized copper powder has been compacted using explosives of various detonation
velocities. Corresponding crystallographic and morphological characteristics along with …

To optimize powder explosive consolidation technology, an improved explosive
consolidation device capable of relieving pressure was designed. Bulk nano-aluminum …