Review of photoelastic image analysis applied to structural birefringent materials: glass and polymers

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7 Citazioni (Scopus)

Abstract

Photoelasticity is particularly suitable for the analysis of the stress state in structural materials that are transparent and birefringent. Some techniques of digital photoelasticity (phase shifting and RGB) are applied to the analysis of stress field in two classes of structural materials. The first one consists of tempered glasses, such as those used in the automotive and architectural fields. The second one consists of thermoset polymers, typically used as matrices in fiber reinforced plastic structural composites. The birefringence of such resins is, in particular, exploited to investigate the development of swelling stresses and changes in fracture toughness as induced by water uptake aging.
Lingua originaleEnglish
Numero di pagine9
RivistaDefault journal
Volume54
Stato di pubblicazionePublished - 2015

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photoelasticity
image analysis
Image analysis
Photoelasticity
reinforced plastics
Glass
glass
polymers
Polymers
fracture strength
swelling
resins
stress distribution
birefringence
Fiber reinforced plastics
Thermosets
Birefringence
composite materials
fibers
Swelling

All Science Journal Classification (ASJC) codes

  • Atomic and Molecular Physics, and Optics
  • Engineering(all)

Cita questo

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title = "Review of photoelastic image analysis applied to structural birefringent materials: glass and polymers",
abstract = "Photoelasticity is particularly suitable for the analysis of the stress state in structural materials that are transparent and birefringent. Some techniques of digital photoelasticity (phase shifting and RGB) are applied to the analysis of stress field in two classes of structural materials. The first one consists of tempered glasses, such as those used in the automotive and architectural fields. The second one consists of thermoset polymers, typically used as matrices in fiber reinforced plastic structural composites. The birefringence of such resins is, in particular, exploited to investigate the development of swelling stresses and changes in fracture toughness as induced by water uptake aging.",
author = "Andrea Toscano and Giovanni Petrucci and Sabina Alessi and Michele Scafidi and Giuseppe Pitarresi and Augusto Ajovalasit",
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AU - Toscano, Andrea

AU - Petrucci, Giovanni

AU - Alessi, Sabina

AU - Scafidi, Michele

AU - Pitarresi, Giuseppe

AU - Ajovalasit, Augusto

PY - 2015

Y1 - 2015

N2 - Photoelasticity is particularly suitable for the analysis of the stress state in structural materials that are transparent and birefringent. Some techniques of digital photoelasticity (phase shifting and RGB) are applied to the analysis of stress field in two classes of structural materials. The first one consists of tempered glasses, such as those used in the automotive and architectural fields. The second one consists of thermoset polymers, typically used as matrices in fiber reinforced plastic structural composites. The birefringence of such resins is, in particular, exploited to investigate the development of swelling stresses and changes in fracture toughness as induced by water uptake aging.

AB - Photoelasticity is particularly suitable for the analysis of the stress state in structural materials that are transparent and birefringent. Some techniques of digital photoelasticity (phase shifting and RGB) are applied to the analysis of stress field in two classes of structural materials. The first one consists of tempered glasses, such as those used in the automotive and architectural fields. The second one consists of thermoset polymers, typically used as matrices in fiber reinforced plastic structural composites. The birefringence of such resins is, in particular, exploited to investigate the development of swelling stresses and changes in fracture toughness as induced by water uptake aging.

UR - http://hdl.handle.net/10447/123332

M3 - Article

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