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Tensile Behavior of Subbase Materials Under Repetitive Loading

R. K. Moore / T. W. Kennedy

Results of a study of the fatigue characteristics of asphalt-treated, cement-treated, and lime-treated subbase materials indicated that the indirect tensile test can be used satisfactorily to evaluate the fatigue properties of treated materials under repeated tensile stresses. In addition, the general nature of the relationship between applied tensile stress and fatigue life was determined along with the inherent variation associated with fatigue life of asphalt-treated materials. The tensile fatigue characteristics of asphalt-treated materials were found to be affected by type of asphalt cement, asphalt content, compaction temperature, and mixing temperature. (Modified author abstract)

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Tensile Behavior of Subbase Materials Under Repetitive Loading

R. K. Moore / T. W. Kennedy

Results of a study of the fatigue characteristics of asphalt-treated, cement-treated, and lime-treated subbase materials indicated that the indirect tensile test can be used satisfactorily to evaluate the fatigue properties of treated materials under repeated tensile stresses. In addition, the general nature of the relationship between applied tensile stress and fatigue life was determined along with the inherent variation associated with fatigue life of asphalt-treated materials. The tensile fatigue characteristics of asphalt-treated materials were found to be affected by type of asphalt cement, asphalt content, compaction temperature, and mixing temperature. (Modified author abstract)

Tensile Behavior of Subbase Materials Under Repetitive Loading

R. K. Moore / T. W. Kennedy

Results of a study of the fatigue characteristics of asphalt-treated, cement-treated, and lime-treated subbase materials indicated that the indirect tensile test can be used satisfactorily to evaluate the fatigue properties of treated materials under repeated tensile stresses. In addition, the general nature of the relationship between applied tensile stress and fatigue life was determined along with the inherent variation associated with fatigue life of asphalt-treated materials. The tensile fatigue characteristics of asphalt-treated materials were found to be affected by type of asphalt cement, asphalt content, compaction temperature, and mixing temperature. (Modified author abstract)

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Title:

Tensile Behavior of Subbase Materials Under Repetitive Loading

Contributors:

R. K. Moore (author) / T. W. Kennedy (author)

Publication date:

1971

Size:

88 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Civil Engineering , Pavement bases , Construction materials , Pavements , Tension tests , Fatigue life , Loads(Forces) , Bituminous concretes , Cements , Calcium oxides , Stresses , Temperature , Strain , Tensile stress , Stiffness , Highways , Texas

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