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Bituminous Materials, Mixtures, and Performance

S. C. Shah / A. A. Gadallah / L. E. Wood / E. J. Yoder / K. Majidzadeh

The 9 papers in this report deal with the following areas: asphalt cement consistency; evaluation of properties of asphalt-emulsion-treated mixtures by use of Marshall concepts; practical method for evaluating fatigue and fracture toughness of pavement materials (abridgment); petrographic insights into the susceptibility of aggregates to wear and polishing; study of transverse cracking in flexible highway pavements in Oklahoma; Minnesota heat-transfer method for recycling bituminous pavement; determination of moisture contents in bituminous mixtures by a nuclear method; recycling asphaltic concrete: Arizona's first project (abridgment); and construction of open-graded asphalt friction courses by using asphalt cement and asphalt emulsion (abridgment).

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Bituminous Materials, Mixtures, and Performance

S. C. Shah / A. A. Gadallah / L. E. Wood / E. J. Yoder / K. Majidzadeh

The 9 papers in this report deal with the following areas: asphalt cement consistency; evaluation of properties of asphalt-emulsion-treated mixtures by use of Marshall concepts; practical method for evaluating fatigue and fracture toughness of pavement materials (abridgment); petrographic insights into the susceptibility of aggregates to wear and polishing; study of transverse cracking in flexible highway pavements in Oklahoma; Minnesota heat-transfer method for recycling bituminous pavement; determination of moisture contents in bituminous mixtures by a nuclear method; recycling asphaltic concrete: Arizona's first project (abridgment); and construction of open-graded asphalt friction courses by using asphalt cement and asphalt emulsion (abridgment).

Bituminous Materials, Mixtures, and Performance

S. C. Shah / A. A. Gadallah / L. E. Wood / E. J. Yoder / K. Majidzadeh

The 9 papers in this report deal with the following areas: asphalt cement consistency; evaluation of properties of asphalt-emulsion-treated mixtures by use of Marshall concepts; practical method for evaluating fatigue and fracture toughness of pavement materials (abridgment); petrographic insights into the susceptibility of aggregates to wear and polishing; study of transverse cracking in flexible highway pavements in Oklahoma; Minnesota heat-transfer method for recycling bituminous pavement; determination of moisture contents in bituminous mixtures by a nuclear method; recycling asphaltic concrete: Arizona's first project (abridgment); and construction of open-graded asphalt friction courses by using asphalt cement and asphalt emulsion (abridgment).

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Title:

Bituminous Materials, Mixtures, and Performance

Contributors:

S. C. Shah (author) / A. A. Gadallah (author) / L. E. Wood (author) / E. J. Yoder (author) / K. Majidzadeh (author)

Publication date:

1978

Size:

59 pages

ISBN:

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Highway Engineering , Construction Equipment, Materials, & Supplies , Flexible pavements , Bitumens , Bituminous cements , Bituminous coatings , Wear resistance , Bituminous concretes , Cracking(Fracturing) , Moisture content , Materials recycling

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