World's Best Scientists 2026 revealed!

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Engineering and Technology

D-Index
36
Citations
8876
World Ranking
8567
National Ranking
2364

Earth Science

D-Index
36
Citations
8940
World Ranking
7045
National Ranking
2435

Overview

Paul W. Mayne is affiliated with the Georgia Institute of Technology in the United States. Their research primarily focuses on engineering, with a strong emphasis on civil and structural engineering. Mayne's contributions include work in several specialized subfields such as mechanics of materials, ocean engineering, pollution, and safety, risk, reliability, and quality.

Their main areas of study encompass topics related to geotechnical engineering and soil mechanics, geotechnical engineering and underground structures, and geotechnical engineering and soil stabilization. Other research interests cover soil and unsaturated flow, rock mechanics and modeling, structural load-bearing analysis, and structural engineering and vibration analysis.

Mayne's recent scholarly output includes publications in a variety of venues. Notably, they have contributed to the Journal of Geotechnical and Geoenvironmental Engineering, Geo-Congress 2020, the Proceedings of the Institution of Civil Engineers - Geotechnical Engineering, the Geotechnical Testing Journal, and AIMS Geosciences.

  • Simplified Method for the Lateral, Rotational, and Torsional Static Stiffness of Circular Footings on a Nonhomogeneous Elastic Half-Space Based on a Work-Equivalent Framework, 2021, Journal of Geotechnical and Geoenvironmental Engineering
  • Analytical CPTU Models Applied to Sensitive Clay at Dover, New Hampshire, 2020, Journal of Geotechnical and Geoenvironmental Engineering
  • Evaluating friction angles for clays: piezocone tests compared with Atterberg limits, 2023, Proceedings of the Institution of Civil Engineers - Geotechnical Engineering
  • Variable Rate Piezocone Data Evaluated Using NTH Limit Plasticity Solution, 2020, Geotechnical Testing Journal
  • CPTU identification of regular, sensitive, and organic clays towards evaluating preconsolidation stress profiles, 2021, AIMS Geosciences

Frequent coauthors collaborating with Mayne include Zhongkun Ouyang, Shehab S. Agaiby, Stephen K. Suryasentana, Jean Benoît, and Derrick Dasenbrock. Through these partnerships, Mayne has contributed to multiple interdisciplinary projects connecting various aspects of geotechnical engineering and soil mechanics.

Best Publications

  • Manual on estimating soil properties for foundation design

    F.H. Kulhawy;P.W. Mayne

  • K o - OCR Relationships in Soil

    Paul W. Mayne;Fred H. Kulhawy

  • Stress-strain-strength-flow parameters from enhanced in-situ tests

    Paul W. Mayne

  • Ground Response to Dynamic Compaction

    Paul W. Mayne;John S. Jones;Jean C. Dumas

  • Analysis of Factors Influencing Soil Classification Using Normalized Piezocone Tip Resistance and Pore Pressure Parameters

    James A. Schneider;Mark F. Randolph;Paul W. Mayne;Nicholas R. Ramsey

  • Cam-Clay Predications of Undrained Strength

    Paul W. Mayne

  • Approximate Displacement Influence Factors for Elastic Shallow Foundations

    Paul W. Mayne;Harry G. Poulos

  • CORRELATIONS BETWEEN SHEAR WAVE VELOCITY AND CONE TIP RESISTANCE IN NATURAL CLAYS

    Paul W. Mayne;Glenn J. Rix

  • Gmax-qc Relationships for Clays

    HJ Pincus;PW Mayne;GJ Rix

  • Monotonic and dilatory pore-pressure decay during piezocone tests in clay

    S E Burns;P W Mayne

  • In-Situ Test Calibrations for Evaluating Soil Parameters

    P. W. Mayne

  • DETERMINATION OF OCR IN CLAYS BY PIEZOCONE TESTS USING CAVITY EXPANSI0N AND CRITICAL STATE C0NCEPTS

    Paul W. Mayne

  • Cone Penetration Testing

    Paul W Mayne

  • Statistical relationships between piezocone measurements and stress history of clays

    B Sy Chen;P W Mayne

  • Impact Stresses During Dynamic Compaction

    Paul W. Mayne;Jones S. Jones

  • Objective Site Characterization Using Clustering of Piezocone Data

    Yasser A. Hegazy;Paul W. Mayne

  • Stress Anisotropy Effects on Clay Strength

    Paul W. Mayne

  • Cone Penetration Test Based Direct Methods for Evaluating Static Axial Capacity of Single Piles

    Fawad S. Niazi;Paul W. Mayne

  • Geomaterial behavior and testing

    Paul W. Mayne;Matthew R. Coop;Sarah M. Springman;An Bin Huang

  • FIELD AND LABORATORY MEASUREMENTS OF DYNAMIC SHEAR MODULUS OF PIEDMONT RESIDUAL SOILS

    James A. Schneider;Laureano Hoyos;Paul W. Mayne;Emir J. Macari

  • The Second James K. Mitchell Lecture Undisturbed sand strength from seismic cone tests

    P. W. Mayne

Frequent Co-Authors

Fred H. Kulhawy
Fred H. Kulhawy Cornell University
Mark Randolph
Mark Randolph University of Western Australia
C. Hsein Juang
C. Hsein Juang Clemson University
Harry G. Poulos
Harry G. Poulos University of Sydney
Peter B. Flemings
Peter B. Flemings The University of Texas at Austin
Matthew Richard Coop
Matthew Richard Coop University College London
James K. Mitchell
James K. Mitchell Rutgers, The State University of New Jersey
Jorge G. Zornberg
Jorge G. Zornberg The University of Texas at Austin
Mark Cassidy
Mark Cassidy University of Melbourne
Joan Gomberg
Joan Gomberg University of Washington

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