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1. Laser-fabrication Technology for Solid Objects [1992]

2. Shape Analysis of Solidified Photopolymer for the Three Dimensional Photofabrication Measurement of Critical Exposure [1993]

3. Study on the Solidified Depth Parameters Capable of Quantitative Comparison of Photopolymers for Three Dimensional Photofabrication [1993]

4. Accuracy of stereolithographic models of human anatomy. [1994]

5. Theoretical Analysis of Laser Optics for the Rapid Prototyping [1994]

6. Optical System Analysis of the Rapid Prototyping Identification of the Laser Power Density Distribution [1994]

7. Studies on Solid Formation Mechanism of Three Dimensional Photofabrication (1st Report) Investigation of Solidified Unit Shape [1995]

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

9. Stereolithographic models derived from X-ray computed tomography - Reproduction accuracy. [1997]

10. Stereolithography for the fabrication of ceramic three- dimensional parts. [1998]

11. Multiple LED photographic curing of models for design verification. [1999]

12. Curing characteristics of acrylic photopolymer used in stereolithography process. [1999]

13. Considerations and selection of optimal orientation for different rapid prototyping systems. [1999]

14. Experimental study of post-build cure of stereolithography polymers for injection molds. [1999]

15. Raster-based exposure through multiple parallel beams in stereolithography. [1999]

16. Mechanical characteristics of fiber-filled photo-polymer used in stereolithography. [1999]

17. Reaction heat effects on initial linear shrinkage and deformation in stereolithography. [1999]

18. Novel liquid crystal resins for stereolithography – processing parameters and mechanical analysis. [2000]

19. Prototyping of Epoxy/ceramic Photonic Crystals by Stereolithography [2000]

20. Usage of accuracy models in stereolithography process planning. [2000]

21. Clinical Applications of Stereolithography Surgical Applications in the Field of Plastic Surgery [2000]

22. 3513 液晶を用いた非積層マイクロ光造形法の研究 [2000]

23. Smoothing STL files by Max-Fit biarc curves for rapid prototyping. [2000]

24. Stereolithographic (SL) biomodelling in palaeontology: a technical note. [2000]

25. A comparison between stereolithography and aluminium injection moulding tooling. [2000]

26. Rapid prototyping of small size objects. [2000]

27. Rapid prototyping gains speed, volume and precision. [2000]

28. Using Stereolithography Tools for Injection Moulding: Research into Tensile Tool Failure and Unexpected Benefits of the Process. [2000]

29. Simulation of injection molding into rapid-prototyped molds. [2001]

30. Structural design and resin drainage characteristics of QuickCast 2.0. [2001]

31. An easy rapid prototyping technique with point cloud data. [2001]

32. Release behavior for powder injection molding in stereolithography molds. [2001]

33. Building around inserts: methods for fabricating complex devices in stereolithography. [2001]

34. A novel stereolithography technology with conventional UV light. [2001]

35. Control of microwave emission from photonic crystals by lattice modifications. [2002]

36. Bone structure models using stereolithography: a technical note. [2002]

37. RP process chains for ceramic microcomponents. [2002]

38. Stereolithography of PZT ceramic suspensions. [2002]

39. Design of a 3-degrees of freedom platform for the stereolithography apparatus. [2002]

40. A tolerant slicing algorithm for layered manufacturing. [2002]

41. Methods and algorithms for the slicing process in microstereolithography. [2002]

42. Architectural scale modelling using stereolithography. [2002]

43. Investigation of the processing dependence of SL solidification residual stresses. [2002]

44. A research about measurement of uneven surface of Photoresin for Stereolithography - Examination of improvement on measurement accuracy by consideration of three dimensional arrangement of optical system [2002]

45. Electromagnetic Wave Diffractions in Ceramic/Polymer Photonic Crystals with Three-Dimensional Diamond Structure [2003]

46. Curl Distortion Analysis During Photopolymerisation of Stereolithography Using Dynamic Finite Element Method. [2003]

47. Numerical Analysis of a Mask Type Stereolithography Process Using a Dynamic Finite-Element Method. [2003]

48. Accuracy of Implant Placement with a Stereolithographic Surgical Guide. [2003]

49. From CT scans of embedded Ivanovia to models using rapid prototyping. [2003]

50. 3109 ポジティブ・ダイレクトマスク光造形に関する研究 [2003]

51. Measurement of Liquid Surface Unevenness in Stereolithography [2004]

52. Quantifying part irregularities and subsequent morphology manipulation in stereolithography plastic injection moulding. [2004]

53. Principle of RP Technology and its Applications [2004]

54. Research on fabrication of the magnetic composite material based on the Rapid ProtoTyping [2004]

55. Rechnergestützte Modellbauverfahren zur Planung ausgedehnter Rekonstruktionseingriffe im Schädelbereich. [2004]

56. Six-axis nanopositioning device with precision magnetic levitation technology. [2004]

57. Study on prototyping of ultra-micro centrifugal compressor components [2004]

58. INTEGRATING MULTIPLE RAPID MANUFACTURING TECHNOLOGIES FOR DEVELOPING ADVANCED CUSTOMIZED FUNCTIONAL DEVICES. [2005]

59. High-resolution 3D scaffold model for engineered tissue fabrication using a rapid prototyping technique. [2005]

60. 1004 Manufacturing and in vitro study of realistic model of human blood vessel using Stereolithography [2005]

61. Study on Nano-Stereolithography Using Evanescent Wave (5th report) [2005]

62. Recent advances in the modelling of extraoral detects. [2005]

63. Use of Stereolithographic Templates for Surgical and Prosthodontic Implant Planning and Placement. Part I. The Concept. [2006]

64. 3. 新しいプロセスによるセラミック電磁波機能材料の開発 [2006]

65. Compensation of distortion in the bottom exposure of stereolithography process. [2006]

66. Optimization of stereolithography process parameters for part strength using design of experiments. [2006]

67. Path planning effect for the accuracy of rapid prototyping system. [2006]

68. Rapid prototyping technology in maxillofacial prosthodontics: Basics and applications. [2006]

69. Development of a high–resolution rapid prototyping system for small size objects. [2007]

70. Fabrication of Sintered Ceramic Dental-Crown Model by Using Stereolithography [2007]

71. Development of Micro-stereolithography System and Fabrication of Three Dimensional Ceramic Structures to Control Electromagnetic Waves [2007]

72. Investigation of stereolithography material by depth sensing indentation and differential scanning calorimetry. [2007]

73. Study of tribological properties of moulds obtained by stereolithography. [2007]

74. Stereolithography Mock-up with Internal Camera for Interface Simulation and Usability Data Acquisition [2007]

75. Rapid tooling form accuracy estimation using region elimination adaptive search based sampling technique. [2007]

76. Computer-Aided Design for Three-Dimensional Titanium Mesh Used for Repairing Skull Base Bone Defect in Pediatric Neurofibromatosis Type 1. [2008]

77. A review of rapid prototyping techniques for tissue engineering purposes. [2008]

78. Analysis of geometrical error in the stereolithography process using a stochastic approach. [2008]

79. Optimization in Multi-implant Placement for Immediate Loading in Edentulous Arches Using a Modified Surgical Template and Prototyping: A Case Report. [2008]

80. Aerodynamic experimental investigation using stereolithography fabricated test models: the case of a linear compressor blading cascade. [2008]

81. Rapid prototyping assisted surgery planning and custom implant design. [2009]

82. Slant beam rotation UV scanning to eliminate stair-steps in stereolithography fabrications. [2009]

83. Fabrication of integral ceramic mold for investment casting of hollow turbine blade based on stereolithography. [2009]

84. A novel lattice structure for SL investment casting patterns. [2009]

85. G1301-1-4 Basic study on a rapid prototype modeling using multi laser beams [2009]

86. Comparative Study of 3D Printing Technologies for Rapid Casting of Aluminium Alloy. [2009]

87. Study on Nanosilica Reinforced Stereolithography Resin. [2010]

88. Laser direct writing of micro- and nano-scale medical devices. [2010]

89. Scheduling and process planning for multiple material stereolithography. [2010]

90. On the Use of Laser Scans to Validate Reverse Engineering of Bony Anatomy. [2011]

91. Digital Image Capture and Rapid Prototyping of the Maxillofacial Defect. [2011]

92. Fabrication and characterization of embedded horizontal micro-channels using line-scan stereolithography. [2011]

93. An inexpensive stereolithography technology with high power UV-LED light. [2011]

94. Support fast generation algorithm based on discrete-marking in stereolithgraphy rapid prototyping. [2011]

95. Application of rapid prototyping to support treatment of lobule keloids. [2012]

96. DESIGN OF MANUFACTURING SYSTEMS BY RAPID PROTOTYPING TECHNOLOGY APPLICATION. [2012]

97. Statistical modeling and minimization of form error in SLS prototyping. [2012]

98. Effective fabrication method of 3D ceramic photonic crystals with diamond structure. [2012]

99. Fabrication of a bio-inspired beta-Tricalcium phosphate/collagen scaffold based on ceramic stereolithography and gel casting for osteochondral tissue engineering. [2012]

100. Common and Advanced Rapid Prototyping Technologies Properties. [2012]

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