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References
Pittman, J. F. T., Wood, R. D., Alexander, J. M. and Zienkiewicz, O. C. (eds), Numerical methods in industrial forming processes, proc. Int. Conf., swansea, Pineridge Press, Swansea, UK, 1982.
Pittman, J. F. T., Wood, R. D., Zienkiewicz, O. C. and Alexander, J. M, Numerical analysis of forming processes, J. Wiley & sons, Chichester, Sussex, 1984.
Pearson, J. R. A. and Richardson, S. M. (eds), Computational analysis of polymer processing, Applied Science Publishers, London1983.
White, J. L., ‘Dynamics, heat transfer and rheological aspects of melt spinning: a critical review’, poly. Engng rev., 1, 1981, 297–362.
(a) Pearson, J. R. A., Mechanical principles of polymer melt processing, Pergamon press, Oxford, 1966, pp. 60–3.(b) Ibid., pp. 128–34
Crochet, M. J., Davies, A. R. and Walters, K., Numerical simulation of non-newtonian flow, Elsevier science publishers, Amsterdam1984.
Various authors, special issue on numerical simulation of viscoelastic flows, j. Non-newtonian fl. Mech., 16 (1–2), 1984.
Pittman, J. F. T. and Nakazawa, S., ‘Analysis of melt flow and heat transfer using finite elements’, polymer engng rev. 4, 1984, 143–175.
Schechter, R. S., ‘On teady flow of a non-newtonian fluid in cylinder ducts’, A.E J., 7, 1961, 445–448.
Middleman, S., ‘Flow of power law fluids in rectangular ducts’, Tans. Soc. Rheol., 1965,9; 83–93.
Wheeler, J. A. and Wissler, E. H., The friction factor-reynolds number relation for the steady flow of pseudoplastic fluids through rectangular ducts, Aiche. J., 11, 1965, 207–216.
Mceachern, D. W., ‘Axial laminar flow of a non-newtonian fluid in an annulus’, Aiche J., 12, march 1966, 328–32.
Nebrensky, J. and Ulbrecht, J., ‘Non-newtonian flow in annular ducts’, Collection of Czech Chem. Commun., 1968, 33; 363–375.
Mitsuishi, N., Kitayama, Y. and Aoyogi, Y., ‘Non-newtonian flow in non-circular ducts’, Int. Chem. Engng, 8, 1968, 168–174.
Mitsuishi, N. and Aoyagi, Y., ‘Non-newtonian flow in non-circular ducts’, Chem. Engng sei., 24, 1969, 309–319.
Röthemeyer, F., ‘Das druckströmungsfeld in zylindrischen fleisskana- len mit beliebigem querschnitt’, rheol. Acta, 9, 1970, 259–63.
Kozicki, W., Chou, C. H. and Tiu, C., ‘Non-newtonian flow in ducts of arbitrary cross-sectional shape’, Chem. Eng. Sei., 21, 1966, 665–679.
Miller, C., ‘Predicting non-newtonian flow behaviour in ducts of unusual cross-section’, Ind. Eng. Chem. Fundam., 11, 1972, 524–528.
Hanks, R. W., ‘On the prediction of non-newtonian flow behaviour in ducts of non-circular cross-section’, Ind. Eng. Chem. Fundam., 13, 1974, 62–66.
Gee, R. E. and Lyon, J. B., ‘non-isothermal flow of viscous non- newtonian fluids’, ind. Engng chem., 49, 1957, 956–60.
Gerrard, J. E., Steidler, J. K. and Appeldoorn, J. K., ‘Viscous heating in capillaries’, I. & e. C. Fund., 4, 1965, 332–340.
Forsyth, T. H. and Murphy, N. F., ‘Temperature profiles of molten flowing polymers in a heat exchanger’, Aiche J., 15, 1969, 758–763.
Kim, H. T. and Collins, E. A., ‘Temperature profiles for polymer melt in tube flow, part ii, conduction and shear heating corrections’. Poly. Engng and Sei., 11, 1971, 83–92.
Forrest, G. and Wilkinson, W. L., ‘Laminar heat transfer to power-law fluids in tubes with constant wall temperature’, Trans. I. Chem. Engnrs, 51, 1973, 331–338.
Forrest, G. and Wilkinson, W. L., ‘Laminar heat transfer to temperature-dependent bingham fluids in tubes’, Int. J. Heat and Mass Transf., 16, 1973, 2377–2391.
Losson, J. M., ‘A mathematical model is used in predicting die performance’, Japan Plastics, jan. 1974, 22–28.
Forrest, G. and Wilkinson, W. L., ‘Laminar heat transfer to power-law fluids in tubes with constant wall heat flux’, Trans. I. Chem. Engnrs, 52, 1974, 10–16.
Winter, H. H., ‘Temperature fields in extruder dies with circular, annular or slit cross-sections’, Poly. Engng and Sei., 15, 1975, 84–89.
Mennig, G., ‘Zur berechnung der temperaturverteilung bei der düsenströmung hochviskoser massen’, Kunststoffe, 65, 1975, 693–695.
Hulatt, M. and Wilkinson, W. L., ‘Heat transfer to molten polymers flowing through tubes’, Poly. Engng and Sei., 18, 1978, 1148–154.
Hullat, M., Jarzebski, A. B. and Wilkinson, W. L., ‘Heat transfer to flowing polymer melts’, /. Non-newtonian fluid mech., 7, 1980, 345–357.
Nowak, Z., Gryglaszewski, P. and Stracharskatargosz, J., ‘Pressure drop in non-isothermal laminar flow of power-law fluids in tubes with various thermal conditions’, Warme- und stoff übertragung, 14, 1980, 181–288.
Parnaby, J., Hassan, G. A., Helmy, H. A. and Ali, A., ‘Design of plastics processing machinery using lumped parameter methods’, Plastics and rubber processing and applications, 1, 1981, 303–315.
Jarzebski, A. B. and Wilkinson, W. L., ‘Non-isothermal developing flow of a power-law fluid in a converging slit’, /. Non-newtonian fluid mech., 12, 1983, 1–11.
Kime, M. E., Brown, R. A. and Armstrong, R. C., ‘The roles of inertia and shear thinning in flow of an inelastic liquid through an axisymmetric sudden contraction’, /. Non-newtonian fluid mech., 13, 1983, 341–363.
Mitsoulis, E., Vlachopoulos, J. and Mirza, F. A ‘Numerical simulation of entry and exit flows in slit dies’, Poly Engng and Sei., 24, 1984 707–715.
Mitsoulis, E. and Vlachopoulos, J., ‘Effect of reynolds number in laminar flow through a sudden planar contraction’, Aiche J., 31, 1985, 1736–1739.
Durst, F. and Loy, T., ‘Investigation of laminar flow in a pipe with sudden contraction of the cross section area’, Computers and Fluids, 13, 1985, 15–36.
Rashid, k., ‘finite element analysis of non-newtonian flow and heat transfer’, phd thesis, university college, swansea, uk, 1983.
Caswell, B. and Tanner, R. I., ‘Wirecoating die design using finite element methods’, Poly. Engnr. and Sei., 18, 1973, 416–421.
Viriyayuthakorn, m. And deboo, r. V., ‘a finite element model for cable jacketing simulation’, antec (soc. Plastics engnrs us), 1983, 178–82.
Nickell, R. E., Tanner, R. I. and Caswell, B., ‘The solution of viscous incompressible jet and free surface flows using finite element methods’,/. Fluid. Mech., 65, 1974, 189–206.
Basu, S., ‘A theoretical analysis of non-isothermal flow in wire-coating co-extrusion dies’, Poly Engng and Sei., 21, 1981, 1128–1138.
Nakazawa, S., Pittman, J. T. and Zienkiewicz, O. C., ‘Numerical solution of flow and heat transfer in polymer melts’, In finite elements in fluids, R. H. Gallagher, d. H. Norrie, j. T. Oden and o. C. Zienkiewicz, j. Wiley & Sons, Chichester, Sussex, 1982, pp. 251–303.
Lenir, V. L., ‘Computerization of wire insulating lines—an industrial approach’. Polymer Engng and Sei., 24, 1984, 633–644.
Booy, M. L., ‘A network flow analysis of extrusion dies and other flow systems’, Poly. Engng and Sei., 22, 1982, 432–437.
Tadmor, Z., Broyer, E. and Gutfinger, C., ‘Flow analysis network (fan)—a method for solving flow problems in polymer processing’. Poly. Engng and sei., 14, 1974, 660–665.
Fenner, R. T. and Nadiri, F., ‘Finite element analysis of polymer melt flow in cable-covering crossheads’, Poly. Engng and Sei., 19, 1979, 203–209.
Menges, G., Cordes, H. and Masberg, U., ‘Strömungsfelder in komplexen fliesskanalen’, Kunststoffe, 70, 1980, 138–143.
Masberg, U., ‘Three-dimensional calculation of velocity fields in complex flow channels’, Practical rheology in polymer processing (proc. Pri conf. Loughborough, uk), 1980, pp. 3.1–3.9.
Wortberg, j., beiss, k., dlerkes, a., masberg, u., franzkoch, b. And michaeli, w., ‘wege zum berechnen von extrusionswerkzeugen’. Ikv colloquium 10, aachen, w. Germany, 1980, pp. 267–96.
Lawal, A. and Mujumdar, A. S., ‘Laminar flow and heat transfer in power-law fluids flowing in arbitrary cross-sectional ducts’. Numerical heat transfer, 8, 1985, 217–244.
Fenner, R. T., ‘Developments in the analysis of steady screw extrusion of polymers’. Polymer, 18, 1977, 617–635.
Griffith, R. M., ‘Fully developed flow in screw extruders’, I. & E. C. Fund., 1, 1962, 180–187.
Zamodits, H. J. and Pearson, J. R. A., ‘Flow of polymer melts in extruders. Part I. The effect of the transverse flow and of a superposed, steady temperature profile’. Trans. Soc. Rheol., 13, 1969, 357–385.
Zamodits, h. J., phd thesis, cambridge university, UK, 1964.
Martin, B., Pearson, J. R. A. and Yates, B., Report no. 5, polymer processing research centre, department of chemical engineering, Cambridge University, UK, oct. 1969.
Fenner, R. T., Extruder screw design, iliffe books for the plastics institute, london, 1970.
Yates, b., phd thesis, cambridge university, uk, 1968.
Fenner, R. T., ‘The design of large hot melt extruders’, Polymer, 16, 1975, 298–304.
Elbirli, B. and Lindt, J. T., ‘A note on the numerical treatment of the thermally developing flow in screw extruders’, Poly. Engng and sei., 24, 1984, 482–487.
Martin, b., phd thesis, cambridge university, uk, 1969.
Dyer, D. F., ‘A numerical solution for the single screw extrusion of a polymer melt’, A. I.Ch.E. J., 15, 1969, 823–8.
Palit, K. and Fenner, R. T., ‘Finite element analysis of slow non-newtonian flow’, A.I.Ch.E. J., 18, 1972, 628–633.
Palit, K. and Fenner, R. T., ‘Finite element analysis of slow non-newtonian flows’, Aiche J., 18, 1972, 1163–1170.
Palit, k., phd thesis, Imperial college, london university, UK, 1972.
Palit, K., Polymer processing research report no. 2, dept of mech. Engng, Imperial College, London, march 1974.
Palit, K., ‘Analysis of melt flow in polymer processing using finite Elements’, Proc. Int. Conf., science and technology of polymer processing, N. P. Suh and N-H. Sung, Mit Press, Cambridge, Massachusetts, 1977, pp. 357–379.
Nebrensky, J., Smith, J. M. and Potman, F. T., ‘Flow and heat transfer in extruders: a variational analysis applied in helical coordinates’, Poly. Engng and sci., 13, 1973, 209–215.
Hami, M. L. and Pittman, J. T., ‘Finite element solutions for flow in a single screw extruder, including curvature effects’, Poly. Engng and sci., 20, 1980, 339–348.
Choo, K. P., Hami, M. L. and Pittman, J. F. T., ‘Deep channel operating characteristics of a single-screw extruder: finite element predictions and experimental results for isothermal non-newtonian flow’, Poly. Engng and sci., 21, 1981, 100–104.
Winter, H. H., ‘Temperature induced pressure gradient in the clearance between screw flight and barrel in a single screw extruder’, Poly. Engng and sci., 20, 1980, 406–412.
Pittman, J. T. and Rashid, K., ‘Heat transfer in recirculating extruder channel flow’, J. Polymer engng, 5, 1985, 1–48.
Helmy, H. A. and Parnaby, J., ‘Computer aided optimal melt screw design’, Poly. Engng and sci., 16, 1976, 437–449.
Tadmor, Z. and Broyer, E., Solids conveying in screw extruders. Part III. Non-isothermal model, Poly. Engng and sci., 12, 1972, 378–386.
Darnell, W. H. and Mole A. J., ‘Solids conveying in extruders’, S.P.E. J., 2 1956, 20–29.
Kacir, L. and Tadmor, Z., ‘Solids conveying in screw extruders. Part ii. The delay zone’, Poly. Engng and sci., 12, 1972, 387–395.
Lovegrove, J. G. A. and Williams, J. G., ‘Solids conveying in a single screw extruder; the role of gravity forces’, J. Mech. Engng sci., 15, 1973, 114–122.
Tadmor, Z., ‘Fundamentals of plasticating extrusion’, Poly. Engng and sci., 4 1966, 185–190.
Maddock, B. H., ‘A visual analysis of flow and mixing in extruder screws’. S.P.E. J., 3 1959, 383–389.
Lindt, J. T., ‘A dynamic melting model for a single-screw extruder’, Poly. Engng and sci., 21, 1981, 1162–1166.
Tadmor, Z., Duvdevani, I. J. and Klein, I., ‘Melting in plasticating extruders. Theory and experiment’, Poly. Engng and sci., 4 1967, 2–21.
Lindt, J. T., Mathematical modelling of melting of polymers in single-screw extruders: a critical review, Antec (soc. Plastics engnrs us)3, 1984, 73–76.
Lipshitz, S. D., Lavie, R. and Tadmor, Z., ‘A melting model for reciprocating screw injection-moulding machines’, Poly. Engng and sci., 14, 1974, 553–559.
Donovan, R. C., ‘The plasticating process in injection moulding’, Poly. Engng and sci., 14, 1974, 101–111.
Chung, C. L., ‘A new theory for single screw extrusion’, Modern Plastics, 45, 1968, 110–15 and 178–198.
Hinrichs, D. R. and Lilleleht, L. U., ‘A modified melting model for plastifying extruders’, Poly. Engng and sci., 10, 1970, 268–73.
Donovan R. C., ‘A theoretical melting model for plasticating extruders’, Poly. Engng and sci., 11, 1971, 247–257.
Mondvai, I., Halasz, L. and Molnar, i., ‘extrusion von thermo- plasten ii’, plaste kautschuk, 20, 1973, 630–8.
Edmondson, I. R. and Fenner, R. T., ‘Melting of thermoplastics in single screw extruders’, Polymer, 16, 1975, 49.
Cox, A.D. and Fenner, R. T., ‘Melting performance in the single screw extrusion of thermoplastics’, Poly. Engng and sci., 20, 1980, 562–571.
Lindt, J. T., ‘A dynamic melting model for single-screw extruders’. Poly. Engng and sci., 16, 1976, 284–291.
Shapiro, J., Halmos, A. L. and Pearson R. A. , , ‘Melting in single screw extruders’. Polymer, 17, 1976, 905–918.
Halmos, A. L., Pearson, J. R. . and Trottnow, R., ‘Melting in single screw extruders’, Polymer, 19, 1978, 1199–2216.
Fukasi, H., Kunio, T., Shinya, S. and Nomoura, A., ‘A plasticating model for single-screw extruders’, Poly. Engng and sci., 22, 1982, 578–586.
Elbirli, B., Lindt, J. T., Gottgetreu, S. R. and Baba, S. M., ‘Mathematical modeling of melting of polymers in barrier-screw extruders’, Poly. Engng and sci. 23, 1983, 86–94.
Elbirli, b., Lindt, j. T., gottgetreu, s. R. And baba, s. M., ‘mathematical modeling of melting of polymers in a single-screw extruder’. Poly. Engng and sci., 24, 1984, 988–99.
Lindt, J. T. and Elbirli, B., Effect of the cross-channel flow on the melting performance of single screw extruders, Poly. Engng and sci., 25, 1985, 412–418.
Klein, I. and Marshall, D. L., ‘Fundamentals of plasticating extrusion’, Poly. Engng and sci., 4 1966, 198–202.
Klein, i. And tadmor, z., ‘the simulation of the plasticating screw extrusion process with a computer programmed theoretical model’, poly. Engng and sci., 9, 1969, 11–21.
Tadmor, z. And klein, i., engineering principles of plasticating extrusion, krieger, new york, 1978.
Klein, i. and marshall, d. I. (eds), computer programs for plastic engineers, reinhold, new york, 1968.
Klein, i., ‘predicting the effect of screw wear on the performance of plasticating extruders’, poly. Engng and sci., 15, 1975, 444–50.
Agur, e. E. And vlachopoulos, j., ‘numerical simulation of a single-screw plasticating extruder’, antec (soc. Plastics engnrs, us) 1982, 465–8.
Tadmor, z., lipshitz, s. D. And Lavie, r., ‘dynamic model of a plasticating extruder’, poly. Engng and scl, 14, 1974, 112–193.
Denson, c. D. And hwang jr, j. R. ‘The influence of axial pressure gradient on flow rate for newtonian liquids in a self-wiping, co-rotating twin screw extruder’, poly. Engng and sci., 20, 1980, 965–71.
Janssen, l. B. P. M., ‘twin screw extrusion’, elsevier science publishers, amsterdam, 1978.
Lai-fook, r. A. L-t., phd thesis, dept mech. Engng, imperial college, london university, uk, 1985.
Riedler, j., ‘quasi three-dimensional finite element solution for a twin-screw extruder’, in numerical methods in laminar and turbulent flow, conference proc., c. Taylor, b. A. Schrefter, eds, pineridge press, swansea, uk, 1981, pp. 191–206.
Kamal, m. R. And lafleur, p. G., ‘computer simulation of injection moulding’, poly. Engng and sci., 22, 1982, 1066–74.
Grmela, m., ‘common structure compatibility and complementarity of mathematical models for injection moulding’, poly. Engng and sci., 24, 1984, 673–85.
Kamal, m. R., tan, v. And ryan, m. E., ‘injection molding: a critical profile’, in proc. Int. Conf., science and technology of polymer processing, n. P. Suh and n-h. Sung, eds. Mit press, cambridge, massachusetts, 1977, pp. 34–75.
richardson, s. M., pearson, h. J. And pearson, j. R. A., ‘simulation of injection moulding’, plastics and rubber: processing, june 1980, 55–60.
Kuo, y., ‘some applications of mathematical modeling to the injection moulding of complex production parts’, in proc. Int. Conf., science and technology of polymer processing, n. P. Suh and n-h. Sung, eds, mit press, cambridge, massachusetts, 1977, pp. 580–604.
Harry, d. H. And parrott, r. G., ‘numerical simulation of injection mold filling’, poly. Engng and sci., 10, 1970, 209–14.
Berger, j. L. And gogos, c. G., ‘a numerical simulation of the cavity filling process with pvc in injection molding’, poly. Engng and sci., 13, 1973, 102–12.
Kenig, s. And kamal, m. R., ‘cooling molded parts—a rigorous analysis’, s.p.e. J., 26, july 1970, 50–7.
Kamal, m. R. And kenig, s., ‘the injection molding of thermoplastics, part i; theortical model’, poly. Engng and sci., 12, 1972, 294–301.
Kamal, m. R. And kenig, s., ‘the injection molding of thermoplastics, part ii. Experimental test of the model’, poly. Engng and sci., 12, 1972, 302–8.
Stevenson, j. F., ‘a simplified method for analyzing mold filling dynamics. Part i: theory’, poly. Engng and sci., 18, 1978, 577–82.
Stevenson, j. F., ‘a simplified method for analyzing mold filling dynamics. Part ii. Extensions and comparisons with experiment’, poly. Engng and sci., 19, 1979, 849–57.
Williams, g. And lord, h. A., ‘mold filling studies for the injection molding of thermoplastic materials. Part ii. The transient flow of plastic materials in the cavities of injection-molding dies’, poly. Engng and sci., 15, 1975, 569–82.
Titomanlio, g., ‘estimation of injection pressure during mold filling’. Poly. Engng and sci., 22, 1982, 324–8.
Thienel, p. And menges, g., ‘mathematical and experimental determination of temperature, velocity and pressure fields in flat molds during the filling process in injection molding of thermoplastic’, poly. Engng and sci., 18, 1978, 314–20.
Wang, k. K., ‘a system approach to injection molding process’, polym.-plast. Technol. Eng., 14, 1980, 75–93.
Echenagucia, j., fricke, a. L. And hassler, j. C., ‘nodal positioning (npa)—a numerical method for determining flow behaviour of thermoplastic materials’, poly. Engng and sci., 20, 1980, 769–72.
Titomanlio, g., acierno, d. And la mantia, f. P., ‘modelling of the packing step in the injection molding of thermoplastic materials’, ing. Chim. Ital., 16, 1980, 110–12.
Isayev, a. I. And hariharan, t., ‘volumetric effects in the injection moulding of polymers’, poly. Engng and sci., 25, 1985, 271–8.
Bigg, d. M., ‘application of the marker and cell technique to polymer processing problems’, antec, 1975, 301–6.
Kamal, m. R. And lafleur, p. G., ‘a model for the prediction of microstructure distribution in thermoplastics injection molding’. Poly. Engng and sci., 24, 1984, 692–7.
Richardson, s., ‘hele shaw flows with a free boundary produced by the injection of fluid into a narrow channel’. J. Fluid meek., 56, 1972, 609–18.
Kuo, y. And kamal, m. R., ‘the fluid mechanics and heat transfer of injection mold filling of thermoplastic materials’, a.i.ch.e. J., 22, 1976, 661–9.
Kuo, y. And kamal, m. R., ‘flows of thermoplastics in the filling and packing stages of injection moulding’, in proc. Int. Conf., science and technology of polymer processing, n. P. Suh and n-h. Sung, eds, mit press, cambridge, massachusetts, 1977, pp. 329–48.
Ryan, m. E. And chung, t-s., ‘conformal mapping analysis of injection mold filling’, poly. Engng and sci., 20, 1980, 642–51.
Broyer, e., gutfinger, c. And tadmor, z., ‘a theoretial model for the cavity filling process in injection molding’, trans. Soc. Rheol., 19, 1975, 423–44.
Hieber, c. A. And shen, s. F., ‘a finite element/finite difference simulation of the injection-molding process’, j. Non-newtonian fluid mech., 7, 1980, 1–32.
Wang, k. K., shen, s. F., hieber, c. A. And stevenson, j. F., ‘cornell injection moulding project’ in proc. Int. Conf., science and technology of polymer processing, n. P. Suh and n-h. Sung, eds, mit press, cambridge, massachusetts. 1977, pp. 293–314.
Hieber, c. A., socha, l. S., shen, s. F., wang, k. K. And isayev, a. I., ‘experimentation and simulation for filling thin cavities of variable gap thickness’, antec, 1981, 759–63.
Hieber, c. A., socha, l. S., shen, s. F., wang, k. K. And isayev, a. I., ‘filling thin cavities of variable gap thickness: a numerical and experimental investigation’, poly. Engng and sci., 23, 1983, 20–6.
Hieber, c. A., ‘coupled-flow-path method for simulating the injection molding filling stage’, antec, 1982, 356–8.
Nunn, r. E. And fenner, r. T., ‘flow and heat transfer in the nozzle of an injection moulding machine’, poly. Engng and sci., 17, 1977, 811–18.
Williams, g. And lord, h. A., ‘mold filling studies for the injection molding of thermoplastic materials. Part i. The flow of plastic material in hot- and cold-walled circular channels’. Poly. Engng and sci., 15, 1975, 553–68.
Wang, v. W., wang, k. K. And hieber, c. A., ‘an iterative computer program for runner-system design in injection molding’, antec, 1983, 663–5.
Upadhyay, r. K. And is ayev, a. I., ‘experimental and theoretical investigation of polymer flow in a channel with abrupt contraction or expansion’, antec, 1983, 714–16.
Isayev, a. I., upadhyay, r. K. And shen, s. F., ‘experimental and theoretical investigation of polymer flow in a converging and diverging channel’, antec, 1982, 298–301.
Isayev, a. I. And chung, b., ‘flow of polymeric melts in short tubes’, antec, 1984, 433–8; poly. Engng and sci., 25, 1985, 264–70.
Hieber, c. A., wang, v. W., wang, k. K. And chung, b., ‘the effect of processing conditions on the pressure losses in a runner-gate- cavity system’, antec, 1984, 769–71.
Isayev, i., ‘pressure and velocity jump in channel flow of polymers— modelling and experiment’, antec, 1983, 710–13.
Hieber, c. A., upadhyay, r. K. And isayev, a. I., ‘non-isothermal polymer flow in noncircular runners’, antec, 1983, 698–700.
Naitove, m. H., ‘practical questions and answers on computerized mold filling analysis’, plastics technology, april 1984, 74–9.
Naitove, m. H., ‘more questions and answers on computer mold filling analysis’, plastics technology, may 1984, 75–8.
Gates, r. D., ‘the changing relationship between designer and mold- maker due to cad/cam’, antec, 1983, 907–8.
Collins, s. H., ‘cad/cam: its implications for the plastics industry’, antec, 1983, 904–6.
Menges, g., ‘computer-aided engineering: the coming revolution’, plastics engng, august 1983, 37–42.
Wang, k. K., ‘a system approach to injection moulding’, polym.-plast. Technol. Eng., 14, 1980, 75–93.
Anon., the moldflow philosophy, moldflow (europe) ltd, chislehurst, kent, uk and moldflow australia pty, boronia, victoria.
Austin, c., computer simulation of the flow of plastic into an injection mold, soc. Plast. Engnrs usa, june 1982.
Watkinson, k., ‘evaluation of moldflow computer aided injection mould tool design, members’ report no. 81, rapra, shawbury, shrewsbury, uk, 1983.
Cox, h. W., mentzer, c. C. And custer, r. C., ‘the flow of thermoplastic melts: experimental and predicted’, antec, 1983, 694–7.
Mohnberg, h. J. And bach, k., ‘das moldflow system in vergleich zwischen theorie und praxis’, plastverarbeiter, 34, 1983, 1087–91.
Anon., introducing the moldflow ibm i pc xt system, moldflow (europe) ltd, chislehurst, kent, uk and moldflow australia pty, beronia, victoria.
Buckinski, a. M., ‘an integrated cad/cam system for plastic injection molds’, antec, 1983, 909–11.
Singh, k. J., ‘complete mold filling analysis of thermoplastics with a single computer run’, antec, 1984, 783–5.
Menges, g. And haack, w., ‘how to design a moulding part to suit particular plastic rules—the computer as an important aid’, antec, 1984, 954–8.
Bangert, h. And menges, g., ‘systematic design of injection moulds and use of computers’, polymer engng reviews., 1, 1981, 113–68.
Kemper, w., geisbüch, p., schmidt, l. And menges, g., ‘rheological layout of injection moulds’, antec, 1981, 767–70.
Kemper, w., bangert, h., lichius, u., paar, m., schlüter, h., schmidt, l. And schmidt, j., ‘kalkulations—und konstruktionshilfen beim entwurf von spritzgiesswerkzeugen’, ikv colloquium no. 11, 1982, pp. 239–75.
Bernhardt, e. C. (ed.) Computer aided engineering for injection moulding, hanser, for soc. Plastics engnrs, usa, 1983.
Ryder, l. B., ‘faster cooling for blow-molding’, plastics engng, may 1975, 18–25.
Singh, e. J. And wang, h-p., ‘computer analysis to optimize mold cooling process’, antec, 1982, 330–7.
carslaw, h. S. And jaeger, j. C., conduction of heat in solids, clarendon press, oxford, uk, 1959, pp. 282–3.
Ockendon, j. R. And hodgkins, w. R. (eds), moving boundary problems in heat flow and diffusion, oxford university press, oxford, 1975.
Atthey, d. R., ‘a finite difference scheme for melting problems’, j. Inst. Maths. Applies., 13, 1974, 353–66.
Voller, v. R., cross, m. And walton, p. G., ‘assessment of weak solution numerical techniques for solving stefan problems’, proc. Int. Conf. Numerical methods in thermal problems. R. W. Lewis and k. Morgan, eds, pineridge press, swansea, uk, 1979, p. 172.
Menges, g., kulik, m. And rhiel, f., ‘entformungstemperatur und kühlzeit bei der herstellung extrusionsgeblasener hohlkörper’, plastverarbeiter, 24, 1973, 685–90.
Dietz, w., ‘refroidissement des plastiques; methods de calcul’, plastiques modernes et elastomers, may 1975, 104–11.
Singh, k. J., ‘computer software for plastic cooling analysis—a new approach’, antec, 1984, 962–4.
Kamal, m. R. And kalyon, d., ‘heat transfer and microstructure in extrusion blow-molding’, poly. Engng and sei., 23, 1983, 503–7.
Gutfinger, c., broyer, e. And tadmor, z., ‘melt solidification in polymer processing’, poly. Engng and sei., 15, 1975, 515–24.
Ryan, m. E. And dutta, a., ‘Mathematical modeling of the blow moulding process’, poly. Engng and sei., 22, 1982, 1075–82.
Edwards, m. F., suvanaphen, p. K. And wilkinson, w. L., ‘heat transfer in blow moulding operations’, poly. Engng and sei., 19, 1979, 910–16.
Edwards, m. F., georghiades, s. And suvanaphen, p. K., ‘a study of the cooling of blow-moulded objects’, plastics and rubber processing and applications, 1, 1981, 161–5.
Dietz, w., ‘a cooling time model for plastics processing operations’, poly. Engng and sei., 18, 1978, 1030–6.
Dietz, w., ‘die wärme—und temperaturleitfähigkeit von kunststoffen’, colloid and polymer sei., 255, 1977, 755–72.
Bonancina, c., comini, g., fasano, a. And primicerio, m., ‘numerical solution of phase-change problems’, int. J. Heat and mass transfer, 16, 1973, 1825–32.
Pham, q. T., ‘a fast, unconditionally stable finite-difference scheme for heat conduction with phase change’, int. J. Heat and mass transfer, 28, 1985, 2079–84.
Edwards, m. F., private communication, 1984.
Tacke, k-h., ‘Discretization of the explicit enthalpy method for planar phase change’, int. J. For num. Meth. In engng, 21, 1985, 543–54.
Comini, g., del guidice, s., lewis, r. W. And zienkiewicz, o. C., ‘finite element solution of non-linear heat conduction problems with special reference to phase change’, int. J. Num. Meth. Engng, 8, 1974, 613–24.
Morgan, k., lewis, r. W. And zienkiewicz, o. C., ‘an improved algorithm for heat conduction problems with phase change’, int. J. Num. Meth. Engng, 12, 1978, 1191–5.
Lewis, r. W., morgan, k. And roberts, p. M., ‘determination of thermal stress in solidification problems’, in numerical analysis of forming processes, j. F. T. Pittman, r. D. Wood, o. C. Zienkiewicz and j. M. Alexander, eds, j. Wiley & sons, chichester, sussex, 1984, pp. 405–31.
Samonds, m., morgan, k. And lewis, r. W., ‘finite element modelling of solidification in sand castings employing an implicit-explicit algorithm’, appl. Math. Modelling, 9, 1985, 170–4.
Lewis, r. W., morgan, k. And roberts, p. M., ‘Application of an alternating-direction finite element method to heat transfer problems involving phase change’, numerical heat transfer, 7, 1984, 471–82.
Pittman, j. F. T. And nakazawa, s., ‘a finite element system for analysis of melt flow and heat transfer’, in numerical methods in industrial forming processes, proc. Int. Conf., swansea, j. F. T. Pittman, r. D. Wood, j. M. Alexander and o. C. Zienkiewicz, eds, pineridge press, swansea, uk, 1982, pp. 523–34.
Pittman, j. F. T. And nakazawa, s., ‘finite element analysis of polymer processing operations’, numerical analysis of forming processes, j. F. T. Pittman, r. D. Wood, o. C. Zienkiewicz and j. M. Alexander, eds, j. Wiley & sons, chichester, sussex, 1984, pp. 165–218.
Kenig, s. And kamal, m. R., ‘temperature profiles in the injection molding of thermoplastics’, antec, 1982, 595–603.
Sifleet, w. L., dinos, n. And collier, j. R., ‘unsteady-state heat transfer in a crystallizing polymer’, poly. Engng and sci., 13, 1973, 10–14.
Kamal, m. R. And chu, e., ‘isothermal and nonisothermal crystallization of polyethylene’, poly. Engng and sci., 23, 1983, 27–31.
Malkin, ya. A., beghisev, v. P., keapin, i. A. And andrianova, z. S., ‘general treatment of polymer crystallization kinetics—part 2. The kinetics of nonisothermal crystallization’, poly. Engng and sci., 24, 1984, 1402–8.
Tseng, m. M., ‘computer cooling analysis to select bubbler or baffle’, antec, 1984, 959–61.
Schauer, k. R., ‘the moldcool computer-aided design program’, antec, 1983, 863–64.
Anon., ‘mold cooling software now for blow molding, and mold heating for thermosets’, plastics technology, april 1984, 11.
Pittman, j. F. T. And mahmoudzadeh, h., ‘performance of melt thermocouples. 1. The flush-mounted type’, poly. Engng rev., 3, 1983, 63–74.
Pittman, j. F. T. And mahmoudzadeh, h., ‘performance of melt thermocouples. 2. The upstream-pointing parallel-to-flow type’, poly. Engng rev., 3, 1983, 75–107.
Van dam, m. And janeschitz-kriegl, h., ‘temperature measurement and heat transfer in flowing polymer melts’, int. J. Heat and mass transfer, 28, 1985, 395–406.
Vlachopoulos, j. And mitsoulis, e., ‘fluid flow and heat transfer in calendering’, to appear in advances in transport processes, j. Wiley and sons, new york.
Kiparissides, c. And vlachopoulos, j., ‘finite element analysis of calendering’, poly. Engng and sci., 16, 1976, 712–19.
Kiparissides, c. And vlachopoulos, j., ‘a study of viscous dissipation in the calendering of power-law fluids’, poly. Engng and sci., 18, 1978, 210–14.
Agassant, j. F. And espy, m., ‘theoretical and experimental study of the molten polymer flow in the calender bank’, poly. Engng and sci., 25, 1985, 118–21.
Mitsoulis, e., vlachopoulos, j. And mirza, f. A., ‘calendering analysis without the lubrication approximation’, poly. Engng and sci., 25, 1985, 6–180.
Pittman, j. F. T. And nakazawa, s., ‘finite element calculation of history dependent quantities in polymer processing’, in numerical methods in industrial forming processes, proc. Int. Conf., swansea, j. F. T. Pittman, r. D. Wood, j. M. Alexander and o. C. Zienkiewicz, eds, pineridge press, swansea, uk, 1982, pp. 597–609.
Mohr, w. C., saxton, r. L. And jepson, c. H., ‘theory of mixing in single-screw extruder’, ind. Engng chem., 49, 1957, 1857–62.
Pinto, g. And tadmor, z., ‘mixing and residence time distribution in melt screw extruders’, poly. Engng and sci., 10, 1970, 279–88.
Bigg, d. M. And middleman, s., ‘mixing in a screw extruder. A model for residence time distribution and strain’, ind. Engng chem. Fundam., 13, 1974, 66–71.
Bigg, d. M., ‘on mixing in polymer flow systems’, poly. Engng and sci., 15, 1975, 684–9.
Ottino, j. M., ranz, w. E. And macosko, c. W., ‘a framework for description of mechanical mixing of fluids’, a.i.ch.e. J., 27, 1981, 565–74.
Ottino, j. M. And chella, r., ‘laminar mixing of polymeric liquids; a brief review and recent theoretical developments’, poly. Engng and sci., 23, 1983, 357–79.
Pittman, j. F. T., ‘a new approach to the analysis of mixing in viscous liquids’, proc. Multistream 84. Iche (uk) symposium series no. 94, 1984, 3.10–18.
Chella, r. And ottino, j. M., ‘fluid mechanics of mixing in a single-screw extruder’, ind. Eng. Chem. Fundam., 24, 1985, 170–80.
Bigg, d. And middleman, s., ‘laminar mixing of a pair of fluids in a rectangular cavity’, ind. Eng. Chem. Fundam., 13, 1974, 184–90.
Erwin, l. And mokhtarian, f., ‘analysis of mixing in modified single screw extruders’, poly. Engng and sci., 23, 1983, 49–60.
Givler, r. C., crochet, m. J. And pipes, r. B., ‘numerically predicted fiber orientation in dilute suspensions’, in numerical methods in industrial forming processes, proc. Int. Conf., swansea, j. F. T. Pittman, r. D. Wood, j. M. Alexander and o. C. Zienkiewicz, eds, pineridge press, swansea, uk, 1982, pp. 559–76.
Gillespie, j. W. Jr, vanderschuren, j. A. And pipes, r. B., ‘process induced fiber orientation. Numerical simulation with experimental verification’, polymer composites, 6, 1985, 82–6.
Folgar, f. And tucker, c. L. III, ‘orientation behaviour of fibers in concentrated suspensions’, j. Of reinforced plastics and composites, 3, 1984, 98–119.
Jackson, w. C., folgar, f. And tucker, c. L. III, ‘prediction and control of fiber orientation in molded parts’, in polymer blends and composites in multiphase systems, c. D. Han, ed., adv. Chem. Ser. (acs) no 206, 1984, 279–99.
Tucker, c. L. III. ‘Compression molding of polymers and short fiber composites’, in injection and compression molding fundamentals, a. I. Isayev, ed., marcel dekker, new york, 1984.
Modlen, g. F., ‘re-orientation of fibres during mechanical working’, J. Mat. Sci., 4, 1969, 283–9.
Ingen housz, J. F., ‘thermal load in the processing of thermoplastic’, poly. Engng and sci., 17, 1977, 828–31.
Morette, r. A. And gogos, g. G., ‘viscous dissipation in capillary flow of rigid pvc and pvc degradation’, poly. Engng and sci., 8, 1968, 272–80.
Thompson, e. G., pittman, j. F. T. And zienkiewicz, o. C., ‘some integration techniques for the analysis of viscoelastic flows’, int. J. Num. Methods in engng, 3, 1983, 165–77.
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Pittman, J.F.T. (1986). Computer-aided Analysis of Some Thermoplastics Processing Operations. In: Whelan, A., Craft, J.L. (eds) Developments in Plastics Technology —3. Springer, Dordrecht. https://doi.org/10.1007/978-94-009-4183-0_6
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