Zuo, Q.H., E.N.
Harstad, F.L. Addessio and C.W. Greeff (2006), “A Model for Plastic Deformation and Phase Transformations of
Zirconium under High-rate Loading”, Modelling
and Simulation in Materials Science and Engineering, under revision (MSMS/223016/PAP;
35 pages).
Zuo, Q.H., F.L. Addessio, J.K. Dienes and M.W. Lewis (2006), “A Rate-Dependent Damage
Model for Brittle Materials Based on the Dominant Crack”, International Journal of Solids and Structures, Vol. 43, pp. 3350-3380.
Dienes, J.K., Q.H. Zuo and J.D. Kershner (2006), “Impact Initiation
of Explosives and Propellants via Statistical Crack Mechanics”, Journal of Physics and Mechanics of Solids,
Vol. 54(6), pp. 1237-1275.
Zuo, Q.H. and J.K. Dienes (2005), “On
the Stability of Penny-Shaped Cracks with Friction: The Five Types of Brittle
Behavior”, International Journal of
Solids and Structures, Vol. 42, pp. 1309-1326.
Gray,
G.T., P.J. Maudlin, L.M. Hull, Q.K. Zuo
and S.R. Chen (2005), “Predicting Material Strength, Damage, and Fracture: The
Synergy between Experiment and Modeling”, ASM (American Society of Metals)
International Journal of Failure Analysis and
Prevention, Vol. 5 (3), pp. 7-17.
Addessio, F.L., Q.H. Zuo, T.A. Mason and L.C. Brinson (2003),
“Model for High-Strain Rate Deformations of Uranium-Niobium Alloys”, AIP Journal
of Applied Physics, Vol. 93, pp. 9644-9654.
Zuo, Q.H. and K.D. Hjelmstad (1998),
“Bounds and Approximations for Elastic Wave Speeds in Tetragonal Media”, Journal of the Acoustical Society of
Zuo, Q.H. and K.D. Hjelmstad (1998),
“Piecewise Linear Warping Theory for Multilayered Elastic Beams”, ASCE Journal of Engineering Mechanics, Vol.
124, pp. 377-384.
Zuo, Q.H. and K.D. Hjelmstad (1997),
“Bounds and Approximations for Elastic Wave Speeds in Cubic
Zuo, Q.H. and K.D. Hjelmstad (1997),
“Conditions for Bifurcation of a Cantilever Beam Subjected to Generalized
Follower Loads: Geometrically Exact Approach”, Journal of Sound and Vibration, Vol. 203, pp. 899-902.
Hjelmstad, K.D., Q.H. Zuo and J.W. Kim (1997), “Elastic Pavement Analysis Using
Infinite Elements”, National Research Council Transportation Research Record, No. 1568, pp. 72-76.
Zuo, Q.H. and H.L. Schreyer (1996),
“Flutter and Divergence Instability of Non-conservative Beams and Plates”, International Journal of Solids and
Structures, Vol. 33, pp. 1355-1367.
Zuo, Q.H. and H.L. Schreyer (1995), “A
Note on Pure-longitudinal and Pure-shear Waves in Cubic Crystals”, Journal of the Acoustical Society of America,
Vol. 98, pp. 580-583.
Schreyer, H.L. and Q.H. Zuo (1995), “Anisotropic Yield Surface Based on Elastic
Projection Operators”, ASME Journal of
Applied Mechanics, Vol. 52, pp. 780-785.
Maji, A. K., H.L. Schreyer, S. Donald, Q.H. Zuo and D. Satpathi (1995),
“Mechanics of Polyurethane Foam Impact Limiters”, ASCE Journal of Engineering Mechanics, Vol. 121, pp. 528-540.
Schreyer, H.L., Q.H.
Zuo, and A.K Maji (1994), “An Anisotropic Plasticity Model for Foams and
Honeycombs”, ASCE Journal of Engineering
Mechanics, Vol. 120, pp. 1913-1930.
Maji, A.K., H.L. Schreyer, D. Satpathi, S. Donald
and Q.H. Zuo (1993), “Dynamic
Modeling for Designing Transportation Packaging Components”, Journal of Radioactive Waste Management and
the Nuclear Fuel Cycle, Vol. 17, pp. 211-236.
Zuo, Q.H., F.L. Addessio, J.K.
Dienes and M.W. Lewis (2006), “A
Rate-Dependent Model for the Damage of Brittle Materials Under Dynamic Loading”, Proceedings
of the Sixth Biennial International
Conference New Models and Hydrocodes for Shock Wave Processes in Condensed
Matter, pp. 28-30.
Harstad,
E.N., F.L. Addessio and Zuo, Q.H. (2006), “A Strength Model for Materials with Phase Change”, AIP Conference Proceedings: SHOCK
COMPRESSION OF CONDENSED MATTER – 2005, Vol. 845, pp. 216-219.
Dienes, J.K., J. Middleditch, Q.H. Zuo and J.D. Kershner (2004), “On the Role of Crack Orientation in Brittle Failure”, AIP Conference Proceedings: SHOCK COMPRESSION
OF CONDENSED MATTER – 2003, Vol. 706, pp.
447-450.
Zuo, Q.H., J.K. Dienes, J.
Middleditch and H.W. Meyer (2003), “Modeling the Damage in Ceramic Armor via
Statistical Crack Mechanics”, Proceedings
of the Society for Experimental Mechanics (SEM) 2003 Annual Conference (CD),
paper # 246, pp 1-9.
Dienes,
J.K., J. Middleditch, J.D. Kershner, Q.H. Zuo and A. Starobin (2002), “PROGRESS IN STATISTICAL CRACK MECHANICS: AN APPROACH TO INITIATION”, Proceedings of 12th
International Detonation Symposium (edited by J.M. Short), pp 793-799.
Zuo, Q.H., J.K. Dienes, J.
Middleditch and H.W. Meyer (2002), “Modeling the Ballistic Performance of
Ceramic Armor via Statistical Crack Mechanics”,
Proceedings of 5th Joint Classified Symposium (U) on Bomb
& Warhead and Ballistics (CD), pp 1-12.
Hjelmstad, K.D., J. Kim, and Q.H. Zuo (1997), “Finite Element Procedures for Three-Dimensional
Pavement Analysis”, Aircraft/Pavement
Technology: In the Midst of Change, edited by F.V. Hermann, pp. 125-137.
Kim, J., K.D. Hjelmstad, and Q.H. Zuo (1997), “Three-Dimensional Finite Element Study of Wheel
Load Interaction”, presented at 1997
Aircraft/Pavement Technology: In the Midst of Change, edited by F.V.
Hermann, pp. 138-150.
Zuo, Q.H. and H.L. Schreyer (1995),
“Flutter and Divergence Instability of Non-conservative Plates”, Proceedings of the ASCE 10th
Engineering Mechanics Conference edited by S. Sture, pp. 187-190.
Zuo, Q.H. and H.L. Schreyer (1994),
“Flutter and Divergence Instability of the Cantilevered Beam”, Recent Advances in Structural Mechanics,
ASME PVP-Vol. 295, edited by Y.W. Kwon and H.H. Chung, pp. 211-214.
Schreyer, H.L. and Q.H. Zuo (1994), “Anisotropic Yield Surface Based on Elastic
Projection Operators”, Material
Instabilities: Theory and Application, ASME AMD-Vol. 183, edited by R.C.
Batra and H.M. Zbib, pp. 95-109.
Zuo, Q.H., Maji, A. K., M.K. Neilsen
and H.L. Schreyer (1992), “Rate-Dependent Plasticity Representation for Energy
Absorbing Materials”, Proceedings of the
ASCE 9th Engineering Mechanics Conference, edited by L.D. Lutes
and J.M. Niedzwecki, pp. 151-154.
Zuo, Q.H. (2006), “An Implicit
Algorithm for a Rate-dependent Brittle Damage Model”, Theoretical Division Research Highlights 2006, Los Alamos National Laboratory, LALP-06-100, pp. 55-56.
Zuo, Q.H., F.L. Addessio and J.K. Dienes (2006), “A Rate-dependent Damage Model for Brittle Materials under
Dynamic Loading”, Theoretical Division Research Highlights 2006, Los Alamos
National Laboratory, LALP-06-100, pp. 53-54.
Zuo, Q.H. and P.J. Maudlin (2006),
“A Two-Component Element for Modeling Strain Localization in Materials”,
Theoretical
Division Research Highlights 2005,
Harstad, E.N., F.L. Addessio, Q.H. Zuo and C.W. Greeff (2006),
“A Strength Model for Materials with Phase Transformations”, Theoretical
Division Research Highlights 2006,
Zuo, Q.H., F.L. Addessio and J.K. Dienes (2005), “Damage Surface Based on the Critical Crack
Orientation”, Theoretical Division
Research Highlights 2005,
Zuo, Q.H., P.J.
Maudlin and L.M. Hull (2005), “Modeling Plastic Instability and Strain Localization
in Explosively-Driven U6 Hemi”, Theoretical Division Research Highlights 2005,
Harstad, E.N., F.L. Addessio, Q.H. Zuo, T.O. Williams and C.W.
Greeff (2005), “Modeling Phase Transformation with Strength in Zirconium”,
Theoretical
Division Research Highlights 2005,
Zuo, Q.H., F.L. Addessio, J.K. Dienes and M.W. Lewis (2005), “A Rate-Dependent Damage Model
for Brittle Materials Based on the Dominant Crack”,
Gray,
G.T., P.J. Maudlin, L.M. Hull, Q.K. Zuo
and S.R. Chen (2005), “Predicting Material Strength, Damage, and Fracture- The
Synergy between Experiment and Modeling”, Los Alamos Science, Number 29
(LA-UR-04-8635), pp. 80-93.
Zuo, Q.H. and P.J. Maudlin (2005),
“A Computational Framework for Modeling Strain Localization”,
Addessio,
F.L., Q.H. Zuo, P.J. Maudlin (2004), “Materials Models with
Application to the Actinides”, LA-UR-04-0482, pp. 1-32 (viewgraphs).
Zuo, Q.H., JR Smith, P.J. Maudlin and F.L. Addessio (2004), "Predicting Strain Localization in Anisotropic Materials", Theoretical Division Activities in Support of the Nuclear Weapons Program, LA-UR-04-0916, pp. 118-119.
Dienes, J.K., J. Middleditch and Q.H. Zuo (2004), “On Validating SCRAM”, Theoretical Division Activities in Support of the Nuclear Weapons Program, LA-UR-04-0916, pp. 156-157.
Zuo, Q.H., P.J. Maudlin, F.L. Addessio and M.L. Potocki (2004),
“Embedded Element for Strain Localization”, Los Alamos National Laboratory Report, LA-UR-04-2473, pp. 1-23 (viewgraphs).
Dienes, J.K., J.D. Kershner, J. Middleditch, and Q.H. Zuo (2003), “Fracture, Friction,
and Initiation”,
Zuo, Q.H., P.J. Maudlin, F.L.
Addessio, M.L. Potocki, L.M. Hull, P.M. Rightley and K. Rainey (2003),
“Modeling Strain Localization in Materials”, Theoretical Division Activities
in Support of the Nuclear Weapons Program, paper # 43, LA-UR-03-0001.
Dienes,
J.K., Q.H. Zuo, J.D. Kershner, J. Middleditch and A. Starobin
(2003), “Recent Progress in Statistical Crack Mechanics”, Theoretical
Division Activities in Support of the Nuclear Weapons Program, paper #50,
LA-UR-03-0001.
Addessio, F.L., Q.H. Zuo, T.A. Mason and L.C.
Brinson (2003), “A Model for High-Strain-Rate Deformations of Uranium-Niobium
Alloys”,
Zocher, M.A., Q.H.
Zuo and T.A. Mason (2002),
“Evaluation of a Semi-Implicit Numerical Algorithm for a Rate-Dependent Ductile
Failure Model”, Los Alamos National Laboratory Report, LA-UR-02-5313, pp. 1-17
(viewgraphs).
Zuo, Q.H. and J.K. Dienes, J. Middleditch and H.W.
Meyer, Jr (2002) “Status of SCRAM Model
Development and Implementation”, LA-UR-02-6692, Oct. 2002, pp. 1-24 (viewgraphs).
Zuo, Q.H. and J.K. Dienes (2002)
“Modeling Brittle Damage and Failure via SCRAM”, LA-UR-02-4734, Aug. 2002, pp.
1-26 (viewgraphs).
Zuo, Q.H. and J.K. Dienes (2002), “On
the Types of Brittle Failure”,
Zuo, Q.H. (2000), “A Computational
Study of A Polymer Film”, Procter and
Gamble Company Internal Report,
January 2000.
Zuo, Q.H., F.L. Addessio and P.J.
Maudlin (1998), “TEPLA: Ductile Failure Model for Metals under Dynamic
Loading”, LA-UR-98-2684, (pp. 1-32; viewgraphs).
Segalman, D.J., Q.H.
Zuo and D. Parsons (1995), “Damage, Healing, Molecular Theory and Modeling
of Rubbery Polymer with Active Filler”, Sandia
National Laboratories Report, SAND95-2088 (protected CRADA Information,
limited release), September 1995.
Gerstle,
W.H., Q.H. Zuo and J.R. Koteras
(1989), “Development of an Automated 3D Finite Element Mesh Generator”, Report
submitted to the Sandia National
Laboratories, May 1989, pp 1-20.