J. Ting

发表

Discrete numerical model for soil mechanics

J. Ting, B. Corkum, C. Kauffman, 1989 .

An ellipse-based discrete element model for granular materials

Mahmood A. Khwaja, J. Ting, Larry R. Meachum, 1993 .

Geometric Concerns in Slope Stability Analyses

John M. Ting, J. Ting, 1983 .

Effect of Particle Shape on the Mechanical Behavior of Granular Materials. A Discrete Element Study.

Mahmood A. Khwaja, J. Ting, Larry R. Meachum, 1995 .

An Ellipse-based Micromechanical Model for Angular Granular Materials

John M. Ting, J. Ting, 1991 .

The creep of frozen sands: Qualitative and quantitative models, part 2

J. Ting, 1981 .

A ROBUST ALGORITHM FOR ELLIPSE-BASED DISCRETE ELEMENT MODELLING OF GRANULAR MATERIALS

John M. Ting, J. Ting, 1992 .

Integrating Service Learning Projects into Civil Engineering Courses

Nathan H. Gartner, Xiaoqi Zhang, John M. Ting, 2007 .

MECHANISMS OF STRENGTH FOR FROZEN SAND

Charles C. Ladd, John M. Ting, J. Ting, 1983 .

Full-scale cyclic dynamic lateral pile responses

John M. Ting, J. Ting, 1987 .

On the nature of the minimum creep rate – time correlation for soil, ice, and frozen soil

John M. Ting, J. Ting, 1983 .

Application of the Andrade equation to creep data for ice and frozen soil

John M. Ting, J. Ting, R. T. Martin, 1979 .

Tertiary creep model for frozen sands

John M. Ting, J. Ting, 1983 .

Centrifuge static and dynamic lateral pile behaviour

John M. Ting, Claudia R. Kauffman, Maryann Lovicsek, 1987 .

Nonlinear Analysis of Integral Bridges: Finite-Element Model

Daniel S. Crovo, Helmut Ernst, John M. Ting, 2001 .

Computational Laboratory for Discrete Element Geomechanics

John M. Ting, Brent T. Corkum, J. Ting, 1992 .

AC 2007-2639: SERVICE-LEARNING INTEGRATED INTO EXISTING CORE COURSES THROUGHOUT A COLLEGE OF ENGINEERING

David Kazmer, John Duffy, Xiaoqi Zhang, 2007 .

Effect of particle shape on the strength and deformation mechanisms of ellipse‐shaped granular assemblages

John M. Ting, J. Ting, Larry R. Meachum, 1995 .