References
- R. M German: ‘Injection molding of metals and ceramics’, Met. Powder Indust. Feder. , 1997.
- J. Janardhana Reddy, M. Vijayakumar, T. R. R. Mohan and P. Ramakrishnan: J. Eur. Ceram. Soc. , 1996, 16, 567–574.
- C. J. Markhoff, B. C. Mutsuddy and J. W. Lennon: Adv. Ceram. , 1984, 9, 246–250.
- J. Warren and R. M. German: ‘The effect of powder characteristics on binder incorporation for injection molding feedstock’, in ‘Compendium on metal injection molding II’; 1989, Princeton, NJ, Metal Powder Industries Federation.
- Eilers: ‘The viscosity of emulsions made of highly viscous’, Kolloid Z. , 1941, 97, 313–321.
- Mooney: ‘The viscosity of a concentrated suspensions of spherical particles’, J. Colloid Set e, 1951, 6, 162–170.
- J. S. Chong, E. B. Christiansen and A. D. Baer: `Rheology of concentrated suspensions', J. Appl. Polymer Set, 1971, 15, 2007–2021.
- S. H. Maron and P. E. Pierce: ‘Application o free-eyring general-izad for theory to suspensions of spherical particles’, J. Colloid Set, 1956, 11, 80–95.
- J. Janardhana. Reddy, N. Ravi and M. Vijayakumar: ‘A simple model for viscosity of powder injection moulding mixes with binder content above powder critical binder volume concentration’, J. Eur. Ceram. Soc. , 2000, 20, 2183–2190.
- G. Herranz Sanchez-Cosgalla: `Desarrollo de nuevas formulaciones de ligantes basadas en polietileno de alta densidad para el procesado de aceros rápidos tipo M2 mediante moldeo por inyección de metales', Thesis, Carlos III University of Madrid, Leganés, Spain, 2004.
- E. Rodriguez Senin: `Desarrollo del proceso de moldeo por inyección de polvos para la obtención de ferritas blandas utilizando sistemas ligantes termoplásticos y termoestables', Thesis, Carlos III University of Madrid, Leganés, Spain, 2007.
- I. Agote, A. Odriozola, M. Gutiérrez and J. Soares: aheological study of waste porcelain feedstocks for injection moulding', J. Eur. Ceram. Soc. , 2001, 21, 2843–2853.
- J. M. Contreras, A. Jiménez-Morales and J. M. Torralba: aheological behaviour of MIM feedstocks fabricated from powders with different morphologies and particle size distribu-tions', J. Powder Technol, submitted.
- ‘Determination of apparent density of free-flowing metal powders using the hall apparatus’, MPIF 04:1985, Metal Powder Industries Federation, 1985.
- L. V. Dihoru, L. N. Smith and R. M. German: ‘Experimental analysis and neural network modelling of the rheological behaviour of powder injection moulding feedstocks formed with bimodal powder mixtures’, Powder Metall. , 2000, 43, (1), 31–36.
- ‘Determination of tap density of metal powders’, MPIF 46:1986, Metal Powder Industries Federation, 1986.
- R. Raman and R. M. German: ‘Mixing of injection molding feedstock using batch and continuous mixers’, in ‘Advances in powder metallurgy and particulate materials’, Vol. 4, 1–14; 1994, Princeton, NJ, Metal Powder Industries Federation.
- F. M. Barreiros and M. T. Vierira: TIM of non-conventional particles', Ceram. Int. , 2006, 32, (3), 297–302.
- J. Takekawa: ‘Injection molding of stainless steel powders’, J. Jpn Soc. Powder Powder Metal I, 1988, 35, (7), 641–645.
- T. Kaully, A. Siegmann and D. Shacham: `Rheology of highly filled natural CaCO3 composites. I. Effects of solids loading and particle size distribution on capillary rheometry', Polym. Compos. , 2007, 28, 512–523.
- T. Honek, B. Hausnerova and P. Saha: ‘Relative viscosity models and their application to capillary flow data of highly filled hard-metal carbide powder compounds’, Polym. Compos. , 2005, 26, 30–36.
- B. Huang, S. Liang and X. Qu: ‘The rheology of metal injection molding’, J. Mater. Process. Technot, 2003, 137, 132–137.
- M. Takahashi, J. Hayashi and S. Suzuki: ‘Improvement of the rheological properties of the zircona/polypropylene system for ceramic injection moulding using coupling agents’, J. Mater. Set, 1992, 27, 5297–5302.
- C. Karatas, A. Kocer, H. I. Unal and S. Saritas: aheological properties of feedstocks prepared with steatite powder and polyethylene-based thermoplastic binders', J. Mater. Process. Technot, 2004, 152, (1), 77–83.