-
Herrera, G. S., J.
Guarnaccia and G. F. Pinder (2000), "A methodology for the design of
space-time groundwater quality sampling networks", Proceedings Computational
Methods in Water Resources, Vol 1, 579-585.
-
OZbek, M. M. and
G. F. Pinder (2000), "Risk-based remedial design: Modelling and implementation
of expert insight", Proceedings Computational Methods in Water Resources,
Vol 1, 525-531.
-
Papadopoulou, M.
P., G. F. Pinder and G. P. Karatzas (2000), "Optimal management of
a coastal aquifer using least-coast design technology", Proceedings
Computational Methods in Water Resources, Vol 1, 561-566.
-
Ricciardi, K., G.
F. Pinder and G. P. Karatzas (2000),
"Risk Based Groundwater Remediation
Design Using a Tunneling Optimization Algorithm",
Proceedings Computational
Methods in Water Resources, Vol1, 519-523.
-
Zhang, Y. and G.
F. Pinder (2000), "A latin-hypercube method for evaluation of hydraulic
conductivity random fields", Proceedings Computational Methods in Water
Resources, Vol 2, 779-784.
-
Karatzas, G. P.,
G. F. Pinder and D. P. Ahlfeld (1999), "Computer-Facilitated Groundwater
Remediation Design", Technology: A Journal of Science Serving Legistative,
Regulatory, and Judicial Systems (Formely Journal of the Franklin Institute),
Vol 6, 453-473.
-
Mulligan, A. E. and
D. P. Ahlfeld (1999), “Advective Control of Contaminant Plumes: Model
Development and Comparison to Hydraulic Control”, Water Resources Research,
35(8), 2285-2295.
-
Spiliotopoulos, A.
A., "Solution of groundwater management problems using concave and
biconcave optimization techniques", Ph.D. Dissertation, University of Vermont,
October 1999.
-
Ahlfeld, D. P. (1998),
"Interpretation
of the Dual Program for Optimal Groundwater Hydraulic Control", Journal
of the American Water Resources Association, 34(1).
-
Ahlfeld, D. P., A.
Zafirakou and R. G. Riefler (1998), “Solution of the groundwater transport
management problem by sequential relaxation”, Advances In Water Resources,
21(7), 591-604.
-
Ahlfeld, D. P. and
M. P. Sprong (1998), "Presence of non-convexity in the groundwater
concentration response function",
ASCE, Journal of Water Resources Planning
and Management, 124(1), 8-14.
-
Herrera, G. S. and
G.F. Pinder (1998), "Cost-effective groundwater quality sampling network
design", Proceedings Computational Methods in Water Resources, Crete,
Greece, 51-58.
-
Ozbek, M. M. and
G.F. Pinder (1998), "A fuzzy logic approach to health risk based design
of groundwater remediation", Proceedings Computational Methods in Water
Resources, Crete, Greece, 115-122.
-
Riefler, R. G., B.
F. Smets and D. P. Ahlfeld (1998), “A Respirometric Assay for Biofilm
Kinetics Estimation: Parameter Identifiability and Retrievability”, Biotechnology
and Bioengineering, Vol 57, 35-45.
-
Spiliotopoulos, A.
A. G. P. Karatzas and G. F. Pinder (1998), "Optimal design of groundwater
remediation systems with treatment plant considerations", Proceedings
Computational Methods in Water Resources, Crete, Greece, 75-82.
-
Brill, S. H. and
G. F. Pinder (1997), "A block red-black SOR method for a two-dimensional
parabolic equation using Hermite collocation", The Mathematics of Finite
Elements and Applications, Highlights, J.R. Whiteman, Ed., 347-360.
-
Karatzas, G. P. and
G. F. Pinder (1997), "Determination of the most cost-effective technology
for subsurface remediation",
Proceedings of the Annual Water Resources
Planning and Management Conference, D.H. Merritt, Ed., ASCE, 406-407.
-
Karatzas, G. P. and
G. F. Pinder (1997), "Optimal groundwater remediation design in an
uncertain physical environment", Proceedings of the Water Pollution
97 Conference, Bled, Slovenia, 231-237.
-
Pinder, G. F. (1997),
"Venimus, vidimus, vicimus", Groundwater: and Endangered Resource,
M. Forrest, J.R. Holly Jr and A. Alsaffar, XXVII IAHR Congress, ASCE, 1-14.
-
Pinder, G. F. and
J. G. Guarnaccia (1997), "NAPL: Simulator Documentation", National
Risk Management Research Laboratory, U.S. Environmental Protection Agency,
EPA/600/SR-97/102, pp8.
-
Zeitoun, D. G. and
J. P. Laible and G. F. Pinder (1997), "An iterative penalty method
for the least squares solution of boundary value problems", Numerical
Methods for Partial Differential Equations, 257-282.
-
Ahlfeld, D. P. and
E. H. Hill (1996), "The sensitivity of remedial strategies to design
criteria", Groundwater, 34(2), 341-348.
-
Karatzas, G. P. and
G. F. Pinder (1996), "A cutting plane optimization technique to solve
the groundwater quality management problems with non-convex feasible region",
Water
Resources Research, 32(5), 1091-1100.
-
Karatzas, G. P. and
G. F. Pinder (1996), "A least-cost design for groundwater contamination
remediation", Proceedings Coastal Environment: Environmental Problems
in Coastal Regions, Rio, Brazil, 3-11.
-
Karatzas, G. P. and
G. F. Pinder (1996), "Combination of pumping wells and drains for an
optimal groundwater remediation design",
Proceedings Computational Methods
in Water Resources, Cancun, Mexico, 367-373.
-
W.A. McGrath and
G. F. Pinder (1996), "Sampling network design for delineating groundwater
contaminant plumes", Proceedings Computational Methods in Water Resources,
Cancun, Mexico, 185-192.
-
Riefler, R. G. and
D. P. Ahlfeld (1996), "The impact of numerical precision on the solution
of confined and unconfined optimal hydraulic control problems",
Hazardous
Waste and Hazardous Materials, 13(2), 167-176.
-
Tucciarelli, T. and
G. P. Karatzas and G. F. Pinder, "A primal method for the solution
of the groundwater quality management problem",
Journal of Operations
Research, revised, in press.
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