A first report on sintering diagrams

New perspectives in mercury porosimetry

Carbon nanotube-reinforced aluminium strips

Effect of formulation and process variables on porosity parameters and release rates from a multi unit erosion matrix of a poorly soluble drug.

The present study investigates the possibility of consolidating premixed 90W–7Ni–3Cu alloy – designated as 90W–PM (Ni–Cu) – through microwave sintering. An attempt has been made to compare the results between microwave and conventionally sintered samples. This study also compares the sintering behavior of 90W–7Ni–3Cu with prealloyed 90W–PA (Ni–Cu) in both conventional as well as microwave furnace at various temperatures. The comparative analysis is based on the sintered density, densification parameter, hardness and microstructures of the samples. The present investigation also includes the variation of matrix composition as a function of temperature by EPMA analysis. The results show that microwave sintering requires about 75% less processing time than required by conventional method and still provides better physical and mechanical properties.

Microwave and conventional sintering of 90W-7Ni-3Cu alloys with premixed and prealloyed binder phase

Advanced experimental techniques in powder metallurgy

Iron Powder Metallurgy

Forging of powder metallurgy preforms

Perspectives in Powder Metallurgy Fundamentals, Methods, and Applications

Iron powder represents the largest tonnage of raw materials used in powder metallurgy fabricating. Not simply chips or scraps of wrought materials, iron powders are highly engineered metallurgical end products that must meet strict chemical and physical specifications.

Iron Powder Metallurgy Spearheads Industry Growth

Kempton H. Roll

Papers

Advanced experimental techniques in powder metallurgy

Iron Powder Metallurgy

Forging of powder metallurgy preforms

Perspectives in Powder Metallurgy Fundamentals, Methods, and Applications

Iron Powder Metallurgy Spearheads Industry Growth