Papers in International Journals

• Apura, João; Tiago, Jorge; Moura, Alexandra; Lourenço, José Artur ; Sequeira, Adélia (2019)  The effect of ventricular volume increase on the amplitude of intercranial pressure . Computer Methods in Biomechanics and Biomedical Engineering.

• Bras-Rosario, L.; Nunes, C.; Moura, Alexandra; Rocha, I.; Pinto, F.; Sequeira, Adélia (2014)  Influence of the baroreflex on the evolution of ventriculo arterial coupling . The Journal of the Federation of American Societies for Experimental Biology: 28(1), 681.3.

• Gambaruto, A. M.; Janela, João; Moura, Alexandra; Sequeira, Adélia (2013)  Shear-Thinning Effects of Hemodynamics in Patient-Specific Cerebral Aneurysms . Mathematical Biosciences and Engineering: 10(3), 649-665.

• Moura, Alexandra; Sequeira, Adélia (2012)  Modeling and simulation of the human cardiovascular system . CIM Bulletin (International Center for Mathematics): 31, 27-34.

• Ramalho, S.; Moura, Alexandra; Gambaruto, A. M.; Sequeira, Adélia (2012)  Sensitivity to Outflow Boundary Conditions and Level of Geometry Description for a Cerebral Aneurysm . International Journal for Numerical Methods in Biomedical Engineering: 28(6-7), 697-713.

• Gambaruto, A. M.; Janela, João; Moura, Alexandra; Sequeira, Adélia (2011)  Sensitivity of Hemodynamics in a Patient Specific Cerebral Aneurysm to Vascular Geometry and Blood Rheology . Mathematical Biosciences and Engineering: 8(2), 409-423.

• Gambaruto, A. M.; Moura, Alexandra; Sequeira, Adélia (2010)  Topological Flow Structures and Stir Mixing for Steady Flow in a Peripheral Bypass Graft with Uncertainty . International Journal for Numerical Methods in Biomedical Engineering: 26(7), 926-953.

• Janela, João; Moura, Alexandra; Sequeira, Adélia (2010)  Absorbing Boundary Conditions for a 3D Non-Newtonian Fluid-Structure Interaction Model for Blood Flow in Arteries . International Journal of Engineering Science: 48(11), 1332-1349.

• Janela, João; Moura, Alexandra; Sequeira, Adélia (2010)  A 3D Non-Newtonian Fluid-Structure Interaction Model for Blood Flow in Arteries . Journal of Computational and Applied Mathematics: 234(9), 2783-2791.

Papers or Chapters in Edited Books

• Ramalho, S.; Moura, Alexandra; Gambaruto, A. M.; Sequeira, Adélia (2013)  Influence of blood rheology and outflow boundary conditions in numerical simulations of cerebral aneurysms . Mathematical Methods and Models in Biomedicine, Lecture Notes on Mathematical Modelling in the Life Sciences, Springer, New York, 149-175.

• Ramalho, S.; Moura, Alexandra; Gambaruto, A. M.; Sequeira, Adélia (2012)  Importance of the choice of mathematical model and level of geometry description in computational hemodynamics of cerebral aneurysms . Mathematical Models and Methods in Biomedicine, American Institute of Mathematical Sciences, 151-178.

• Sequeira, Adélia; Moura, Alexandra; Janela, João (2010)  Towards a geometrical multiscale approach to non-Newtonian blood flow simulations . Advances in Mathematical Fluid Mechanics, Springer Berlin Heidelberg, 295-309.

Papers in National Scientific Journals

• Moura, Alexandra (2012)  Modelos matemáticos, simulação numérica e realidade . Números, Cirurgias e Nos de Gravata: 10 anos de Seminário Diagonal no IST, J.P. Boavida, R.P. Carpentier, L. Cruz-Filipe, P.S. Goncalves, E. Grifo, D. Henriques, and A.R. Pires (eds.), IST Press, Lisboa.

• Moura, Alexandra; Sequeira, Adélia (2011)  A Matemática do Sistema Cardiovascular . Gazeta de Matemática: 164.

Awards

• Winner of the UTL/Deloitte and UTL/CGD 2011 Young Researcher Award in the scientific field of Pure and Applied Mathematics and Probability and Statistics