Detail publikace

Concrete Creep Deformations Caused by Bend and Pressure Stress Specimen Test

ADÁMEK, J. MELOUN, V. JURÁNKOVÁ, V. JURÁNEK, P.

Originální název

Concrete Creep Deformations Caused by Bend and Pressure Stress Specimen Test

Anglický název

Concrete Creep Deformations Caused by Bend and Pressure Stress Specimen Test

Jazyk

en

Originální abstrakt

Results presentation of an experimental study of concrete deformation caused by the creep of bend stressed and pressured specimens. The measured results were evaluated by comparison of the creep coefficients of bend stressed and centrally pressured concrete specimens. The results that were processed graphically show that the creep of bend stressed elements is significantly larger than that of pressured specimens. This result provides a tool allowing evaluating the stress, deformation or cracking onset and development.

Anglický abstrakt

Results presentation of an experimental study of concrete deformation caused by the creep of bend stressed and pressured specimens. The measured results were evaluated by comparison of the creep coefficients of bend stressed and centrally pressured concrete specimens. The results that were processed graphically show that the creep of bend stressed elements is significantly larger than that of pressured specimens. This result provides a tool allowing evaluating the stress, deformation or cracking onset and development.

Dokumenty

BibTex 


@inproceedings{BUT13436,
  author="Jiří {Adámek} and Vladimír {Meloun} and Vlasta {Juránková} and Pavel {Juránek}",
  title="Concrete Creep Deformations Caused by Bend and Pressure Stress Specimen Test",
  annote="Results presentation of an experimental study of concrete deformation caused by the creep of bend stressed and pressured specimens. The measured results were evaluated by comparison of the creep coefficients of bend stressed and centrally pressured concrete specimens. The results that were processed graphically show that the creep of bend stressed elements is significantly larger than that of pressured specimens. This result provides a tool allowing evaluating the stress, deformation or cracking onset and development.",
  booktitle="NDT - CE Berlin 2003",
  chapter="13436",
  year="2003",
  month="september",
  pages="Poster 28",
  type="conference paper"
}