SEDL / STP / STP106-EB
----> STP106 Triaxial Testing of Soils and Bitminous Mixtures Davis H., Holtz W., Housel W. Pages: 310 Published: 1951
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Table of Contents Joint Discussion General Discussion Introduction Holtz W. The History and Theory of Triaxial Testing, and the Preparation of Realistic Test Specimens—A Report of the Triaxial Institute Endersby V. Some Concepts Concerning Triaxial Compression Testing of Asphaltic Paving Mixtures and Subgrade Materials Davis H., Hveem F. Application of the Triaxial Test to Bituminous Mixtures California Research Corporation Method Smith V. Application of Triaxial Testing to the Design of Bituminous Pavements McLeod N. Triaxial Design Correlated with Flexible Pavement Performance in Kansas Worley H. Triaxial Testing Adapted to Soils, Flexible Base, and Foundations Hank R. A Triaxial Apparatus for Testing Large Soil Specimens Hall E. Shear Testing at the Waterways Experiment Station Johnson S. A Triaxial Shear Investigation on a Partially Saturated Soil Taylor D. Shear Characteristics of Remolded Earth Materials Wagner A. Application of Triaxial Compression Test Results to Highway Soil Problems Barber E., Sawyer C. The Importance of Natural Controlling Conditions upon Triaxial Compression Test Conditions Burmister D. Interpretation of Triaxial Compression Tests on Granular Mixtures Housel W. Committee: D04 Paper ID: STP106-EB DOI: 10.1520/STP106-EB ISBN-EB: 978-0-8031-6732-2 ASTM International is a member of CrossRef. 978-0-8031-6503-8 STP106-EB
