Alireza A. Ardalan

Professor
Department of Surveying and Geomatics Engineering
University of Tehran, Tehran
E-mail: ardalan@ut.ac.ir
Page: http://eng.ut.ac.ir/sge/ardalan

Fields of interest

  • Satellite Positioning
  • Engineering Geodesy
  • Satellite Altimetry and Ocean Tide Modeling
  • Heights and Height Datum
  • Marine Geodesy
  • Marine Gravity Field Modeling
  • Marine Gravity Field Modeling
  • Geodynamics

Recent publications:

A. A. Ardalan, R. Karimi and M. Bilker-Koivula:
An over determined geodetic boundary value problem approach to telluroid and quasi-geoid computations,
Journal of Geodesy, 84, 97-104 (2010).

A. A. Ardalan, R. Karimi and E. W. Grafarend:
A new reference equipotetial surface, and reference ellipsoid for the planet Mars,
Earth, Moon and Planets, 106, 1-13 (2010).

A. A. Ardalan, R. Karimi and M. Poutanen:
A bias-free geodetic boundary value problem approach to height datum unification,
Journal of Geodesy, 84, 123-134 (2010).

R. Karimi and A. A. Ardalan:
An alternative direct method towards mean dynamic topography computations,
Ocean Dynamics, 60, 555-562 (2010).

A. A. Ardalan, A. Safari and Y. Allahtavakoli:
On the regularization of the inverse solution of Abel-Poisson integral based on truncated singular value decomposition and generalized Tikhonov regularization methods,
Journal of University College of Engineering, University of Tehran, 43, 487-500 (2010).

A. A. Ardalan, A. Safari and A. Jomegi:
Comparison of four recent geopotential models based on synthesis of modulus of gravity acceleration vector at a test area in southern coast of Iran,
Journal of University College of Engineering, University of Tehran, 43, 487-500 (2010).

B. Shoorcheh and A. A. Ardalan:
Assessment of Sasstamoinen model for tropospheric correction of GNSS observation,
Journal of the Earth and Space Physics, 36, 39-45 (2010).

A. A. Ardalan and M. Raoofian:
A proposal for deformation analysis via direct computation of strain tensor elements from the time-wise changes in the distances and angles in a geodetic network Case study: Deformation computation of the geodynamic network of Iran,
Journal of Earth and Space Physics, 35, 37-60 (2009).

H. Hashemi-Farahani and A. A. Ardalan:
Least square estimation of the bias of the measured distance between the two GRACE satellites and production of a new KBRL1B-X files versions based on GPS observations,
Journal of Earth and Space Physics, 35, 61-77 (2009).

A. A. Ardalan and H. Hashemi-Frahani:
Empirical global ocean tide and Mean Sea Level modeling using satellite altimetry data case study: A new empirical global ocean tide and Mean Sea Level model based on Jason-1 satellite altimetry observations, In: Lecture Notes in Earth Sciences Nonlinear Time Series Analysis in the Geosciences – Applications in
Climatology, Geodynamics, and Solar-Terrestrial Physics, Springer-Verlag Heidelberg, 112, 374 (2008).