âNet Shape HIP for complex shape PM parts as a cost-efficient ...
âNet Shape HIP for complex shape PM parts as a cost-efficient ...
âNet Shape HIP for complex shape PM parts as a cost-efficient ...
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Conceptual tooling design and FEM modeling<br />
Figure 4. Development of Complex Net <strong>Shape</strong> Parts from Ni-b<strong>as</strong>e Superalloys<br />
Conclusions<br />
• SNS <strong>HIP</strong> Process provides material af<strong>for</strong>dability even <strong>for</strong> expensive powders;<br />
• The Process h<strong>as</strong> been proven <strong>for</strong> Ni, Ti, Be- alloys, high strength steels, and Re<br />
alloys;<br />
• The larger the size of the critical components,- the more benefits <strong>for</strong> SNS <strong>PM</strong> <strong>HIP</strong>;<br />
• SNS <strong>HIP</strong> provides a capability <strong>for</strong> <strong>efficient</strong> re-design of critical components;<br />
• The process is highly competitive <strong>for</strong> small and medium volumes.<br />
References<br />
[1] Samarov, V., Seliverstov, D., “<strong>HIP</strong> Modeling of Complex <strong>Shape</strong> Parts: Experience,<br />
Trends and Perspectives.” Powder Metallurgy World Congress. Proceedings., 1994<br />
[2] Khazami, Zadeh M., “Finite Element Simulation des Heisisostatpressens endkonturnaher<br />
Bauteile”, PhD Thesis, IFAM, Bremen, 1995.<br />
[3] Raisson, G., Samarov, V., “Design Rules <strong>for</strong> Net <strong>Shape</strong> or Near Net <strong>Shape</strong> Components<br />
Produced by Hot Isostatic Pressing of Superalloy Powders”, Powder Metallurgy World<br />
Congress. Proceedings., 1994.<br />
[4] Kratt, E., Samarov, V., Seliverstov, D. , “Development and Manufacturing of “Net<br />
<strong>Shape</strong>” Critical Rotating Parts from a Ni-b<strong>as</strong>e Superalloy”, Proceedings of <strong>HIP</strong>-99<br />
International Conference, Beijing, 1999.