Investigation of oriented polycarbonate by an acoustical method

Perepechko, I. I.; Prokazov, A. V.

doi:10.1007/bf00859358

Polymer Mechanics

1978

DOI: 10.1007/bf00859358

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Investigation of oriented polycarbonate by an acoustical method

I. I. Perepechko¹,

A. V. Prokazov²

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2011

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Measuring the Influence of Temperature on the Development of Elastic Anisotropy With Compressive Plastic Flow for Glassy Polycarbonate

Goel

Wen

Hein³

et al. 2011

Journal of Engineering Materials and Technology

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The development of anisotropy as a result of isothermal plastic deformation below the glass transition temperature is investigated for different deformation lempeiatures. Initially, i.wtropic polycarbonate was subjected to different extents of plastic strain in compression and the developed anisotropic wave .speeds were measured u.sing time of travel ultrasonic techniques. Longitudinal wave speeds were measured both in the axial and transverse direction of compression for different deformation temperatures. The wave moduli clearly indicated the development of a transversely elastic response as a result of uniaxial compression.

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Measuring the Influence of Temperature on the Development of Elastic Anisotropy With Compressive Plastic Flow for Glassy Polycarbonate

Goel

Wen

Hein³

et al. 2011

Journal of Engineering Materials and Technology

View full text Add to dashboard Cite

show abstract

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Investigation of oriented polycarbonate by an acoustical method

Cited by 1 publication

References 3 publications

Measuring the Influence of Temperature on the Development of Elastic Anisotropy With Compressive Plastic Flow for Glassy Polycarbonate

Measuring the Influence of Temperature on the Development of Elastic Anisotropy With Compressive Plastic Flow for Glassy Polycarbonate

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