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Powder Metallurgy Volume 42, 1999 - Issue 4
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Regular Papers

Numerical simulation of two-dimensional wick debinding in MIM by body fitted finite element method

Chen C.-C. & Hourng L.-W.
Pages 313-319 | Published online: 19 Jul 2013

Citations (7)

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Read on this site (1)

Chih-Cherng Chen. (2011) Design of Effective Parameters on the Wick-Debinding Process for Powder Injection Molded Green Compact. Materials and Manufacturing Processes 26:10, pages 1261-1268.
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Articles from other publishers (6)

I.M. Somasundram, A. Cendrowicz, M.L. Johns, B. Prajapati & D.I. Wilson. (2010) 2-D simulation of wick debinding for ceramic parts in close proximity. Chemical Engineering Science 65:22, pages 5990-6000.
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I.M. Somasundram, A. Cendrowicz, D.I. Wilson & M.L. Johns. (2008) Phenomenological study and modelling of wick debinding. Chemical Engineering Science 63:14, pages 3802-3809.
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Tzer-Long Lin & Lih-Wu Hourng. (2005) Investigation of wick debinding in metal injection molding: numerical simulations by the random walk approach and experiments. Advanced Powder Technology 16:5, pages 495-515.
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Tzer-Long Lin & Lih-Wu Hourng. (2005) Determination of applicable local porosity distributions in a powder bed by the maximum entropy method. Advanced Powder Technology 16:3, pages 231-246.
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Chih-Yuan Chang. (2003) Numerical simulation of two-dimensional wick debinding in metal powder injection molding. Advanced Powder Technology 14:2, pages 177-194.
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Ming-Sam Shih & Lih-Wu Hourng. (2001) Numerical simulation of capillary-induced flow in a powder-embedded porous matrix. Advanced Powder Technology 12:4, pages 457-480.
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