MODEL OF GROUNDWATER MOUND EVOLUTION
tional assignments around the world to include deployments to Iraq and Afghanistan. She graduated from the United States Military Academy with a B.S. in Environmental Engineering and also holds a M.S. from the University of Missouri Science and Technology in Rolla, MO in Environmental Engineering and a M.S. from the Naval Post Graduate School in Monterey, CA in Applied Mathematics. She is a licensed P.E., Project Management Professional, and LEED AP BD&C.
Dr. Theodore V. Hromadka, II is a Professor of Mathematics at the Department of Mathematical-Sciences at the United States Military Academy, West Point, New York. He has been Principal Engineer and Hydrologist for nearly 15 years at the consulting firm Hromadka & Associates in Rancho Santa Margarita, California. He holds several professional licenses, including Civil Engineer, Geoscientist, Geologist, and holds professional certifications as a Hydrologist for both surface water and groundwater. He has over 40 years of professional engineering experience and has served in various academic and research positions for over 35 years. His publications record includes 375 papers and over 20 books. He has authored more than 30 monographs that have been pub- lished by governmental agencies and he has prepared or directed the preparation of project reports and studies for over 1000 studies. He has served as Expert Witness in over 500 Superior Court matters, appearing in over 60 Court tri- als. He is a Diplomate of the American Academy of Water Resources Engineers and serves on the Board of Directors of the Wessex Institute of Technology in Great Britain. Dr. Hromadka also
serves on the Advisory Board of the Department of Civil Engineering at the United States Military Academy at West Point. He is Professor Emeritus at the California State University, having served in the Departments of Mathematics, Environmental Studies and Geological Sciences. He is also an Associate member of AIPG.
COL Howard D. (Doug) McInvale is an Associate Professor and Senior Analyst at the United States Military Academy at West Point where he serves as the Program Director for the Mathematical Sciences and Operations Research programs in the Department of Mathematical Sciences. He holds an M.S. from Virginia Tech and a Ph.D. from Vanderbilt University. His research involves optimization, applied statistics, computational science, strategic assess- ment, and interdisciplinary problems.
Bryce D. Wilkins is a Cadet at the United States Military Academy. He is majoring in Mathematical Sciences with Honors and has a minor in Network Science. Bryce has worked with the other authors in advancing research relat- ed to the Complex Variable Boundary Element Method (CVBEM) for solving problems governed by Laplace’s par- tial differential equation. Recently, his work has explored the use of other basis functions in the CVBEM approximation function and has explored modeling problems governed by the transient Laplace equation.
Nicholas Flowerday is a Cadet at the United States Military Academy. He is majoring in Mathematical Sciences with Honors. Nick has worked with the other authors in advancing research relat-
ed to the Complex Variable Boundary Element Method (CVBEM) for solving problems governed by Laplace’s partial differential equation.
Adam Kratch is a Cadet at the United States Military Academy. He is majoring in Electrical Engineering and Mathematical Sciences. Adam has worked with the other authors in advanc- ing research related to the Complex Variable Boundary Element Method (CVBEM) for solving problems governed by Laplace’s partial differential equa- tion.
Joshua Greenberg is a Cadet at the United States Military Academy. He is majoring in Mathematical Sciences. Josh has worked with the other authors in advancing research related to the Complex Variable Boundary Element Method (CVBEM) for solving problems governed by Laplace’s partial differen- tial equation.
Brittany Redmond is a Cadet at the United States Military Academy. She is majoring in Mathematical Sciences with Honors. Brittany has worked with the other authors in advancing research related to the Complex Variable Boundary Element Method (CVBEM) for solving problems governed by Laplace’s partial differential equation.
Allan Baily a Cadet at the United States Military Academy. He is major- ing in Operational Research. Allan has worked with the other authors in advanc- ing research related to the Complex Variable Boundary Element Method (CVBEM) for solving problems governed by Laplace’s partial differential equa- tion.
Note to Readers: Calls from MultiView
Some AIPG members have been contacted by a seemingly aggressive company called MultiView. This is a legitimate corporation doing legitimate work for AIPG in an attempt to develop revenue sources which will lessen the Institute’s dependence upon dues. Successive Executive Committees strive to improve services to AIPG members. All services require a competent and adequately trained staff, and of course the staff must be compensated fairly.
As difficult as it may be to accept, money is the lifeblood of all corporations and professional societies. In order to go beyond collegiality and into the realm of true advocacy and
the provision of tangible services, AIPG requires resources. MultiView has been retained by AIPG to solicite legitimate electronic advertising for a weekly AIPG enews and for the AIPG website.
The approach taken by MultiView is rather direct, but your forbearace is sought in order to advance AIPG’s position in the geosciences communty through increased visibility and advertising of vendors and suppliers to the geosciences.
Please contact AIPG National Headquarters via email
aipg@aipg.org or call 303-412-6205 if you wish to opt out of receiving any further solicitation from Multiview.
www.aipg.org
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