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Katedra Inżynierii Materiałowej i Spajania

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Katalog Publikacji

Rok 2017
Rok 2013
Rok 2020
Rok 2014
Rok 2018
Rok 2011
  • Adhesive compliance effect in mode I separation:Profilometry approach
    Publikacja

    The effect of adhesive compliance on the deflection of a loaded, bonded beam was studied using laser profilometry. Experimental data obtained were compared with both Euler-Bernoulli (encastré) and Winkler (one parameter elastic foundation) models. A third, analytical, 2D model, based on shear within the adhesive layer (two parameter elastic foundation), was introduced. Finite element analysis (FEA) was also used to study the effect...

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  • An in situ technique for the assessment of adhesive properties of a joint under load
    Publikacja

    - INTERNATIONAL JOURNAL OF FRACTURE - Rok 2011

    Slow crack propagation in adhesive bonded joints has been characterised using an asymmetric wedge test. Crack position was evaluated from strain gauge measurements, both in the debonded partof the joint and in the bonded zone. Test temperature was changed during loading, giving insight into bond evolution. The technique allows accurate, and virtually continuous, determination of crack position to be made, and therefore the evaluation...

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Rok 2003
Rok 2019
Rok 2010
Rok 2009
Rok 2015
Rok 2002
Rok 2016
Rok 2012
  • Antagonist adhesion effects due to variable substrate surface
    Publikacja
    • M. Budzik
    • J. Jumel
    • M. Shanahan

    - SOFT MATTER - Rok 2012

    The effects of variability of intrinsic adhesion within a joint have been studied using a single cantilever beam (SCB) test. Fracture energy was found not to be a simple function of relative areas of 2 surface pre-treatments: a 'weak' zone decreased strength more than expected from simple, additive considerations. By severing the adhesive along the strong-weak transition, fracture energy increased.The prior antagonist effect appears...

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  • Application of Impedance Spectroscopy for Bi1−xNdxFeO3 Ceramics Characterization
    Publikacja

    - MATERIALS SCIENCE FORUM - Rok 2012

    In the present paper the synthesis conditions for fabrication of Bi1−xNdxFeO3 ceramics are reported. The single phase polycrystalline samples of Bi1−xNdxFeO3 were prepared by standard solid state reaction method from the mixture of oxides viz.: Bi2O3, Fe2O3 and Nd2O3. The samples were characterized by impedance spectroscopy in the frequency range 10Hz – 1MHz at room temperature.

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