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1. Shapes and shape grammars: from mathematical model to computer implementation. [1989]

2. Prototyping: A Key to Managing Product Development [1992]

3. Development of a Person Specification System for Managerial Jobs [1994]

4. Implementing Simultaneous Engineering [1994]

5. Rapid prototyping—the ultimate in automation? [1994]

6. Rapid prototyping using the selective sintering process [1994]

7. Cubital rapid prototyping shortens time‐to‐market [1994]

8. Parangon uses LOM technology to cut product development times [1994]

9. Rapid Product Development in the USA, Europe and Japan [1994]

10. Are Prototypes Good for the Budget? [1994]

11. Rapid Prototyping – The Future [1994]

12. Future potential of rapid prototyping and manufacturing around the world [1995]

13. Rapid prototyping: current technology and future potential [1995]

14. Fast, functional prototypes via multiphase jet solidification [1995]

15. Direct selective laser sintering of metals [1995]

16. Direct slicing of CAD models for rapid prototyping [1995]

17. Numerical analysis of stereolithography processes using the finite element method [1995]

18. Selective laser sintering of alumina with polymer binders [1995]

19. Post‐processing of selective laser sintered metal parts [1995]

20. In via recta celeriter (in the right way quickly) [1995]

21. An engineering designer′s view of virtual engineering and rapid prototyping [1995]

22. Recoating issues in stereolithography [1995]

23. Investigation into the influence of material and process on part distortion [1995]

24. Powder deposition in selective metal powder sintering [1995]

25. Rapid metal tooling [1995]

26. Rapid developments in rapid prototyping [1995]

27. The role of prototyping in a bottom‐up approach to systems development: the “ideal” [1995]

28. Conversion of RP models to investment castings [1995]

29. Multi‐objective optimization of part‐ building orientation in stereolithography [1995]

30. Layer position accuracy in powder‐based rapid prototyping [1995]

31. How rapid prototyping can assist in the development of new orthopaedic products ‐ a case study [1995]

32. Rapid tooling [1995]

33. Prototyping for effective data management [1996]

34. Using rapid prototyping to produce electrical discharge machining electrodes [1996]

35. Importing and reshaping digitized data for use in rapid prototyping: a system for sculpting polygonal mesh surfaces [1996]

36. Intelligent rapid prototyping with fused deposition modelling [1996]

37. Rapid Mould: epoxy‐infiltrated, laser‐sintered inserts [1996]

38. Accuracy issues in CAD to RP translations [1996]

39. Rapid prototyping from a computer scientist’s point of view [1996]

40. Conceptual framework for the thermal process modelling of fused deposition [1996]

41. A discussion on the concept of a flexible rapid prototyping cell [1996]

42. Towards a water‐powered robot [1996]

43. Leonardo – rapid renaissance [1996]

44. A rapid mould‐making system: material properties and design considerations [1996]

45. Viscosity analysis of photopolymer and glass‐fibre composites for rapid layered manufacturing [1996]

46. A thermal model of polymer degradation during selective laser sintering of polymer coated ceramic powders [1996]

47. Computational methods for rapid prototyping of analytic solid models [1996]

48. Robot machines rapid prototype [1996]

49. New slant in rapid prototyping [1996]

50. Structural quality of parts processed by fused deposition [1996]

51. Adaptive slicing using stepwise uniform refinement [1996]

52. Predicting total build‐time and the resultant cure depth of the 3D stereolithography process [1996]

53. Integration of MRI and stereolithography to build medical models: a case study [1996]

54. The application of virtual prototyping in the development of complex aerospace products [1997]

55. Managing World Wide Web publications [1997]

56. Variable beam size SLS workstation and enhanced SLS model [1997]

57. Rapid prototyping with sloping surfaces [1997]

58. Reducing the surface deviation of stereolithography using in‐process techniques [1997]

59. Integrating rapid prototyping into the engineering curriculum ‐ a case study [1997]

60. Accurate exterior, fast interior layered manufacturing [1997]

61. Stereolithography for injection mould tooling [1997]

62. Stereolithography of ceramic suspensions [1997]

63. Selective area laser deposition of titanium oxide [1997]

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65. The Prototrak system [1997]

66. Features 3D scanning systems for rapid prototyping [1997]

67. Features Schenck celebrates 25 years in the UK [1997]

68. Features Rapid growth for rapid prototyping [1997]

69. Features Rapid prototyping wins widespread acceptance [1997]

70. Features Magna wins award for dashboard assembly [1997]

71. Optimal orientation with variable slicing in stereolithography [1997]

72. Adaptive slicing with sloping layer surfaces [1997]

73. Technology forecast on ink‐jet head technology applications in rapid prototyping [1997]

74. Rapid prototyping in Singapore: 1988 to 1997 [1997]

75. Rapid prototyping and manufacturing in the USA [1997]

76. The bra design process ‐ a study of professional practice [1997]

77. Hexapods to take over? [1997]

78. Material properties and fabrication parameters in selective laser sintering process [1997]

79. Controlled laser forming for rapid prototyping [1997]

80. A comparison between zero and first order approximation algorithms for layered manufacturing [1997]

81. Rapid prototyping trends [1997]

82. Windows‐based simulation software as an aid to learning [1998]

83. A shorter product development time with digital mock‐up [1998]

84. Computer‐aided build style decision support for stereolithography [1998]

85. Effects of processing conditions on short TLCP fiber reinforced FDM parts [1998]

86. Thermomechanical analysis of the laminated object manufacturing (LOM) process [1998]

87. Piezoelectric ceramics and composites via rapid prototyping techniques [1998]

88. Computer simulation of composite material performance saves four months on S‐92 Helibus program [1998]

89. Lowest drag ever on debris‐guarded temperature sensor using computational fluid dynamics [1998]

90. Towards the virtual garment: three‐dimensional computer environments for garment design [1998]

91. Best practice in reengineering: a successful example of the Porsche research and development center [1998]

92. Abrasive flow finishing of stereolithography prototypes [1998]

93. Motion compensation for five‐axis rapid prototyping system [1998]

94. Direct rapid tooling: a review of current research [1998]

95. Advances in modeling the effects of selected parameters on the SLS process [1998]

96. Manufacturing and product development in the USA, in particular in the Los Angeles Basin and the strategic training and implementation of high manufacturing technology [1998]

97. Study on multifunctional rapid prototyping manufacturing system [1998]

98. Stereolithography for the fabrication of ceramic three‐ dimensional parts [1998]

99. Direct laser freeform fabrication of high performance metal components [1998]

100. Local adaptive slicing [1998]

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