Non-destructive testing of adhesive bonds cost-effective defect detection in bonded glass element modules

Michael F. Zäh; Christian Thiemann; Stefan Böhm; Christian Sraibr; Christian Lammel; Jens Noak

Non-destructive testing of adhesive bonds cost-effective defect detection in bonded glass element modules

Michael F. Zäh, Christian Thiemann, Stefan Böhm, Christian Sraibr, Christian Lammel, Jens Noak

Chair of Machine Tools and Manufacturing Technology

Research output: Contribution to specialist publication › Article

Abstract

Currently, no feasible testing methods are available which allow both non-destructive and cost-effective testing of bonded glass element modules in the automotive industry. However, ther-mography has a great potential for the detection of defects in a fast and reliable way. The scope of an ongoing research project is the enhancement of an automated thermographic testing procedure for adhesive bonds.

Original language	English
Pages	30-34
Number of pages	5
No	10
Specialist publication	Adhaesion Kleben und Dichten
State	Published - 2009

Cite this

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title = "Non-destructive testing of adhesive bonds cost-effective defect detection in bonded glass element modules",

abstract = "Currently, no feasible testing methods are available which allow both non-destructive and cost-effective testing of bonded glass element modules in the automotive industry. However, ther-mography has a great potential for the detection of defects in a fast and reliable way. The scope of an ongoing research project is the enhancement of an automated thermographic testing procedure for adhesive bonds.",

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AU - Zäh, Michael F.

AU - Thiemann, Christian

AU - Böhm, Stefan

AU - Sraibr, Christian

AU - Lammel, Christian

AU - Noak, Jens

PY - 2009

Y1 - 2009

N2 - Currently, no feasible testing methods are available which allow both non-destructive and cost-effective testing of bonded glass element modules in the automotive industry. However, ther-mography has a great potential for the detection of defects in a fast and reliable way. The scope of an ongoing research project is the enhancement of an automated thermographic testing procedure for adhesive bonds.

AB - Currently, no feasible testing methods are available which allow both non-destructive and cost-effective testing of bonded glass element modules in the automotive industry. However, ther-mography has a great potential for the detection of defects in a fast and reliable way. The scope of an ongoing research project is the enhancement of an automated thermographic testing procedure for adhesive bonds.

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AN - SCOPUS:70449469049

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SP - 30

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JO - Adhaesion Kleben und Dichten

JF - Adhaesion Kleben und Dichten

ER -

Non-destructive testing of adhesive bonds cost-effective defect detection in bonded glass element modules

Abstract

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