Crack Formation in Grouted Annular Composite

Publikation: Forskning › Rapport

Standard

Crack Formation in Grouted Annular Composite. / Sørensen, Eigil V.

Aalborg : Aalborg University. Department of Civil Engineering, 2012. 10 s. (DCE Contract Reports; Nr. 118).

Publikation: Forskning › Rapport

Harvard

Sørensen, EV 2012, Crack Formation in Grouted Annular Composite. Aalborg University. Department of Civil Engineering, Aalborg. DCE Contract Reports, nr. 118

APA

Sørensen, E. V. (2012). Crack Formation in Grouted Annular Composite. Aalborg: Aalborg University. Department of Civil Engineering. (DCE Contract Reports; Nr. 118).

CBE

Sørensen EV 2012. Crack Formation in Grouted Annular Composite. Aalborg: Aalborg University. Department of Civil Engineering. 10 s. (DCE Contract Reports; Nr. 118).

MLA

Sørensen, Eigil V. Crack Formation in Grouted Annular Composite Aalborg: Aalborg University. Department of Civil Engineering. 2012. (DCE Contract Reports; ???journalNumber??? 118).

Vancouver

Sørensen EV. Crack Formation in Grouted Annular Composite. Aalborg: Aalborg University. Department of Civil Engineering, 2012. 10 s. (DCE Contract Reports; Nr. 118).

Author

Sørensen, Eigil V. / Crack Formation in Grouted Annular Composite.

Aalborg : Aalborg University. Department of Civil Engineering, 2012. 10 s. (DCE Contract Reports; Nr. 118).

Publikation: Forskning › Rapport

Bibtex

@book{2d1cb165edec442c8be9b3ff5db4271d,

title = "Crack Formation in Grouted Annular Composite",

publisher = "Aalborg University. Department of Civil Engineering",

author = "Sørensen, {Eigil V.}",

year = "2012",

series = "DCE Contract Reports",

}

RIS

TY - RPRT

T1 - Crack Formation in Grouted Annular Composite

A1 - Sørensen,Eigil V.

AU - Sørensen,Eigil V.

PB - Aalborg University. Department of Civil Engineering

PY - 2012

Y1 - 2012

N2 - The objective of the present analysis is to identify the reason for extensive crack formation which occurred during an annulus grouting performance test, to evaluate possible consequences of the cracking, and to recommend measures to be taken in order to avoid similar problems in the future.

AB - The objective of the present analysis is to identify the reason for extensive crack formation which occurred during an annulus grouting performance test, to evaluate possible consequences of the cracking, and to recommend measures to be taken in order to avoid similar problems in the future.

KW - Thermally Induced stress

KW - Overloading

KW - Autogenous Shrinkage

KW - Observation

KW - Crack Formation

KW - Observation

KW - Autogenous Shrinkage

KW - Overloading

KW - Thermally Induced Stress

BT - Crack Formation in Grouted Annular Composite

T3 - DCE Contract Reports

T3 - en_GB

ER -