Microcellular of Glass Fibre Reinforced PC/ABS: Effect of the Processing Condition on the Morphology and Mechanical Properties

Wu J.-S. , and Yeh T.-M. , Studies on the Flexural Modulus of Structural Foams, Journal of Polymer Research, 1, (1994)1, 61–68.

Bledzki A.K. , Faruk O. , Kirschling H. , Kühn J. , Jaszkiewicz A. , Microcellular Polymer and Composites – Part I, Polimery, 51 (2006) 10, 697–703,– Part II Polimery, 1 (2007) 52, 3–12.

Edwards S.A. , Kennedy J. , Nicholson J. , Choudhury N.R. , and Provatas M. , An Investigation of Microcellular Injection Moulding on the Structure Property Relationships of Engineering Thermoplastics Used in Exterior Automotive Applications, ANTEC (2004), 2537–2541.

Egger P. , Fischer M. , Kirschling H. , and Bledzki A.K. , Versatility for Mass Production in MuCell Injection Moulding. A Status Report (1), Kunststoffe international, 95 (2005) 12, 66–70, Kunststoffe International, 96 (2006) 1, 72–76.

Spörrer A.N.J. , Bangarusampath D.S. , and Altstaedt V. , Foam injection molding of very-low density and thin-walled parts for lightweight design, Conference proceeding, 6th International Conference on Foam Processing and Technology.

Bledzki A.K. , Kühn J. , Kirschling H. , and Pitscheneder W. , Microcellular injection moulding of PP and PC/ABS with precision mould opening and gas counter pressure, Cellular Polymer, 27, (2008)2, 67–76.

Greco R. , and Sorrentino A. , Polycarbonate / ABS Blends: A Literature Review, Advances in Polymer Technology, 13, (1994)4, 249–258.

Din K.J. , and Hashemi S. , Influence of Short-Fibre Reinforcement on The Mechanical and Fracture Behaviour of Polycarbonate/Acylonitrile Butadiene Styrene Polymer Blend, Journal of Materials Science, 32, (1997)2, 375–387.

Mahmoodi M. , and Behravesh A.H. , The Effect of Pressure Drop Rate on the Microstructures of Unfilled and Glass-filled ABS Microcellular Foams, Iranian Polymer Journal, 16, (2007)12, 839–849.

Naguib H.E. , Park C.B. , Panzer U. , and Reichelt N. , Strategies for Achieving Ultra Low-density PP Foams, Polymer Engineering and Science, 42, (2002)7, 1481–1492.

Colton J.S. , and Suh N.P. , The Nucleation of Microcellular Thermoplastic Foam with Additives: Part II: Experimental Results and Discussion, Polymer Engineering and Science, 27 (1987) 7, 493–499.

Chen L. , Blizard K. , Straff R. , and Wang X. , Effect of Filler Size on Cell Nucleation During Foaming Process, Journal of Cellular Plastics, 38, (2002)2, 139–148.

McClurg R.B. , Design Criteria for Ideal Foam Nucleating Agents, Chemical Engineering Science, 59, (2004)24, 5779–5786.

Chen L. , Sheth H. , and Kim R. , Gas Absorption with Filled Polymer Systems, ANTEC'2000.

Lin H.-Ru , and Jemian W.A. , The Effects of Cell Content on the Mechanical Characteristics of Structural Foams, Journal of Cellular Plastics, 27, (1991)3, 295–319.

Xu J. , and Kishbaugh L. , Simple Modeling of the Mechanical Properties with Part Weight Reduction for Microcellular Foam Plastic, Journal of Cellular Plastics, 39, (2003)1, 29–47.

Bledzki A.K. , Zhang W. , and Chate A. , Natural-fiber-Reinforced Polyurethane Microfoams, Computer Science and Technology, 61, (2001)16, 2405–2411.

Masi P. , Nicolais L. , Mazzola M. , and Snial Narkis M. , Tensile Properties of Fiberglass-Reinforced Polyester Foams, Journal of Applied Polymer Science, 28 (1983), 1517–1525.

Desai A. , and Nutt S.R. , and Alonso M.V. , Modeling of Fiber-reinforced Phenolic Foam, Journal of Cellular Plastics, 44 (2008) 5, 391–413.

Desai A. , Auad M.L. , Shen H. , and Nutt S.R. , Mechanical Behaviors of Hybrid Composite Phenolic Foam, Journal of Cellular Plastics, 44 (2008) 1, 15–36.

Bledzki A.K. , and Zhang W. , Dynamic Mechanical Properties of Natural Fiber-Reinforced Epoxy Foams, Journal of Reinforced Plastics and Composites, 20 (2001) 14–15, 1263–1274.

Bledzki A.K. , Kurek K. , and Gassan J. , The Influence of Micropores on the Dynamic Mechanical Properties on Reinforced Epoxy Foams, Journal of Materials Science, 33 (1998) 12, 3207–3211.