In recent years use of powder metallurgy is drastically increased. It is used in the automobiles and home appliances for weight reduction,better performance,improved characteristics and efficiencies. The PM parts such as bushes,bearings,pinions,sprockets,gears,pulleys are replacing the forging parts. These parts ar e used in the various applications and need the required density,hardness,wear resistance,friction resistance for the reliability in terms of the life of the parts https://www.ijiert.org/paper-details?paper_id=14076
The automotive industry has striven for fuel economy and resource efficiency through the deployment ...
Every year, the world economy suffers enormous losses due to wear and corrosion of machine parts and...
Every year, the world economy suffers enormous losses due to wear and corrosion of machine parts and...
In recent years use of powder metallurgy is drastically increased. It is used in the automobiles and...
In recent years use of powder metallurgy is drastically increased. It is used in the automobiles and...
Powder metallurgy (P/M) is the only economic way to produce porous parts/products. P/M can produce n...
A fairly new technology used to produce metallic components is powder metallurgy (PM). Among the adv...
From high-performance, economical and environmental points of view, Powder metallurgy process shows ...
A promising friction material, Iron-based friction material, was prepared by powder metallurgy (PM) ...
Nowadays the materials made by methods of powder metallurgy are widely used for producing details of...
Powder metallurgy (PM) components are widely used in the auto industry due to the advantage of net-s...
Oil pump rotors used in today’s automobiles are a good example of powder metal part usage. The perfo...
A novel manufacturing concept for a gearlever has been evaluated by manufacturing of test components...
Characterization of hardness, mass loss, and friction coefficient, was carried out on valve guides f...
Traditional ingot metallurgy was pushed to the limit for many demanding applications including antif...
The automotive industry has striven for fuel economy and resource efficiency through the deployment ...
Every year, the world economy suffers enormous losses due to wear and corrosion of machine parts and...
Every year, the world economy suffers enormous losses due to wear and corrosion of machine parts and...
In recent years use of powder metallurgy is drastically increased. It is used in the automobiles and...
In recent years use of powder metallurgy is drastically increased. It is used in the automobiles and...
Powder metallurgy (P/M) is the only economic way to produce porous parts/products. P/M can produce n...
A fairly new technology used to produce metallic components is powder metallurgy (PM). Among the adv...
From high-performance, economical and environmental points of view, Powder metallurgy process shows ...
A promising friction material, Iron-based friction material, was prepared by powder metallurgy (PM) ...
Nowadays the materials made by methods of powder metallurgy are widely used for producing details of...
Powder metallurgy (PM) components are widely used in the auto industry due to the advantage of net-s...
Oil pump rotors used in today’s automobiles are a good example of powder metal part usage. The perfo...
A novel manufacturing concept for a gearlever has been evaluated by manufacturing of test components...
Characterization of hardness, mass loss, and friction coefficient, was carried out on valve guides f...
Traditional ingot metallurgy was pushed to the limit for many demanding applications including antif...
The automotive industry has striven for fuel economy and resource efficiency through the deployment ...
Every year, the world economy suffers enormous losses due to wear and corrosion of machine parts and...
Every year, the world economy suffers enormous losses due to wear and corrosion of machine parts and...