Residual Stress in Compact Disk Generated during Molding Process

Minoru Shimbo; Hidetaka Kawashima

doi:10.4028/www.scientific.net/KEM.270-273.147

Paper Titles

Ultrasonic Evaluation of Creep Damage of High Temperature Metallic Materials with Different Microstructures
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X-Ray Stress and Diffraction Line Width Measurement by the Gaussian Curve and Parabola Methods
p.126

A Spherical Indentation Technique Based on FE Solutions for Material Property Evaluation
p.133

A Measurement Method of Residual Stress in Quenched Steel by Neutron Diffraction
p.139

Residual Stress in Compact Disk Generated during Molding Process
p.147

New Phased Array Ultrasound System Based on DSP/BOIS and PCI Bus
p.154

Ultrasonic Detection of the Metallurgical Defects in the Steel and its Evaluation by Neural Network Based on the Wavelet Transform Noise Suppression
p.160

High Frame Rate and High Resolution Imaging with Synthetic Aperture
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Analysis of Beta-Ray Data Using the Wavelet Thresholding Method and Extended Kalman Filter
p.174

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Residual Stress in Compact Disk Generated during Molding Process

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Key Engineering Materials (Volumes 270-273)

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147-153

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https://doi.org/10.4028/www.scientific.net/KEM.270-273.147

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Online since:

August 2004

Authors:

Minoru Shimbo, Hidetaka Kawashima

Keywords:

Compact Disk, Deformation, Injection Molding, Residual Stress, Viscoelastic Analysis

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References

[1] Miyano,Y., Shimbo, M and Kunio, T., EXPERMENTAL MECHANICS, Vol. 22 (8) (1982), p.310.

Google Scholar

[2] Miyano,Y., Shimbo,M. and Kunio,T., EXPERMENTAL MECHANICS, Vol. 24 (1) (1984), p.75.

Google Scholar

[3] Maneschy, C.E., Miyano, Y., Shimbo, M. and Woo T.C., EXPERMENTAL MECHANICS, Vol. 26 (11) (1986), p.306.

Google Scholar

[4] Shimbo, M. and Miyano, Y., Proc. APCS, (1986), p.131.

Google Scholar

[5] Shimbo, M., Nada, T., Sugimori, S., Miyano, Y. and Kunio, T, Proc. Conference on EXPERIMENTAL MECHANICS, Vol. 2 (1992), p.1482.

Google Scholar

[6] Shimbo, M., Shimuzu, T. and Miyano, Y., Proc. Conference on EXPERIMENTAL MECHANICS, (1994), p.849.

Google Scholar

[7] Shimbo, M., Shimuzu, T. and Miyano, Y., Proc. Conference on EXPERIMENTAL MECHANICS, (1995), p.758.

Google Scholar

[8] Shimbo, M., Yamabe,M. and Miyano, Y., EXPERIMENTAL MECHANICS, Allison (ed), (1998), p.1325.

Google Scholar

[9] Davidencov, N.N. and Shevandin, E.M., Zhurnal Tekhnicheskoi Fizik, Vol. 12, (1939), p.9.

Google Scholar