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Rohit Raj Goswami |
ACADEMIC BACKGROUND
- B.E. (Civil Engineering), Punjab Engineering College (
- M.E. (Civil Engineering), Auburn University, Auburn, AL, 2007
RESEARCH TOPIC
- Dissertation research topic is "Analysis of salinity-induced variable density flow in groundwater systems"
- Research Advisor: Dr. Prabhakar Clement
RESEARCH EXPERIENCE/
BACKGROUND
Numerical
Modeling/Coding (FORTRAN/MATLAB):
- Henry's semi-analytical solution
- Variable density flow and solute transport using Finite Difference method (development of DCODE)
- Using SEAWAT
Physical Modeling:
- Laboratory experiments (physical) of two-dimensional seawater intrusion problem in porous media
- Field experiments to study the fate and transport of saltwater infiltrating in to the groundwater aquifer (supported by IWMI, Sri Lanka)
- Intermediate-scale laboratory experiments to assess the impact of tsunami conducted at CESEP, Colorado School of Mines
PUBLICATIONS / PRESENTATIONS
Journals:
1. Laboratory-scale
investigation of saltwater intrusion dynamics
Rohit R. Goswami & T. Prabhakar Clement, Water Resour. Res., Vol. 43, No. 4, W04418, 10.1029/2006WR005151(Download)
Conferences:
1. Laboratory visualization and numerical modeling of saltwater intrusion
patterns in unconfined aquifers
Rohit R. Goswami, Matthew
Hogan & T. Prabhakar Clement; Groundwater Summit 2005;
2. Laboratory Investigation of Submarine Groundwater Flow and
Recirculation Patterns in Coastal Aquifers
Rohit R. Goswami, Matthew
Hogan & T. Prabhakar Clement; AGU Fall 2005 Meeting; San Francisco, CA;
(Poster Link)
3. Analyzing the computational efficiency of density-coupled groundwater models
Rohit R. Goswami & T. Prabhakar Clement; Groundwater Summit 2006;
4. Building a search engine for groundwater modelers
Rohit R. Goswami; Groundwater Summit 2007;
5. New approaches to solve the Henry problem
Linzy K. Brakefield, Rohit R. Goswami
& T. Prabhakar Clement; Groundwater Summit 2007;
TEACHING
EXPERIENCE (G.T.A.) for 6 semesters
Civil Engineering Analysis (CIVL 3010) using MATLAB®:
Conduct 3 hr Lab sessions every week. The course starts with MATLAB®
fundamentals, in-built function usage and programming concepts.
Later sessions include programming of numerical methods used in Civil
Engineering (like Newton Raphson, Bisection, Gauss
Elimination,
LU Decomposition, Trapezoidal rule, Simpson's rule etc, solving differential
equations). The course is taken by undergraduate (Jr. / Sr.) students.
OTHER LINKS/ DOWNLOADS/INTERESTS
MAILS: Rediff Tigermail GMAIL Yahoomail Hotmail
RESEARCH: Web Of Science DICTIONARY GOOGLE MAPS
LIBRARY: RBD LIBRARY NETLIBRARY
MATHEMATICS: INTEGRALS
JOURNALS: SCIENCEDIRECT WRR JCH AWR JoH ES&T NGWA TransPorousMedia ASCE
JOURNALS: JoALGO
AUBURN : AUBURN AU News WebCT E-BILL OASIS
NEWS: Hindu USATODAY CNN WEATHER BUSINESS 2.0 Tribune HT
FINANCE: Compass Money2India AUFCU ALABAMAPOWER T-MOBILE MONEYCONTROL EQUITYMASTER BoA CHASE Am-Ex
PEC: PEC CivilPEC98
PURCHASE: E-Bay WALMART AMAZON BestBuy Half DEALSEA DEALS2BUY DEALSOFAMERICA Buy.Com RELIANCEINDIACALL
GENERAL
INTEREST: Linux Krishnananda
How Stuff Works Musicindiaonline
Here are a few recent Pictures of mine:
(not working) Photo
Gallery
ftp://username@ftp.auburn.edu/public_html