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Results: 1-11 |
Results: 11
A VARIATIONAL FORMULATION FOR COUPLED PHYSICOCHEMICAL FLOWS DURING FINITE DEFORMATIONS OF CHARGED POROUS-MEDIA
Authors: LEVENSTON ME EISENBERG SR GRODZINSKY AJ
Citation: Me. Levenston et al., A VARIATIONAL FORMULATION FOR COUPLED PHYSICOCHEMICAL FLOWS DURING FINITE DEFORMATIONS OF CHARGED POROUS-MEDIA, International journal of solids and structures, 35(34-35), 1998, pp. 4999-5019
SIMULATED INTERNAL DEFIBRILLATION IN HUMANS USING AN ANATOMICALLY REALISTIC 3-DIMENSIONAL FINITE-ELEMENT MODEL OF THE THORAX
Authors: KINST TF SWEENEY MO LEHR JL EISENBERG SR
Citation: Tf. Kinst et al., SIMULATED INTERNAL DEFIBRILLATION IN HUMANS USING AN ANATOMICALLY REALISTIC 3-DIMENSIONAL FINITE-ELEMENT MODEL OF THE THORAX, Journal of cardiovascular electrophysiology, 8(5), 1997, pp. 537-547
COMPRESSIVE BEHAVIOR OF ARTICULAR-CARTILAGE IS NOT COMPLETELY EXPLAINED BY PROTEOGLYCAN OSMOTIC-PRESSURE
Authors: KHALSA PS EISENBERG SR
Citation: Ps. Khalsa et Sr. Eisenberg, COMPRESSIVE BEHAVIOR OF ARTICULAR-CARTILAGE IS NOT COMPLETELY EXPLAINED BY PROTEOGLYCAN OSMOTIC-PRESSURE, Journal of biomechanics, 30(6), 1997, pp. 589-594
A 3-DIMENSIONAL FINITE-ELEMENT MODEL OF HUMAN TRANSTHORACIC DEFIBRILLATION - PADDLE PLACEMENT AND SIZE
Authors: CAMACHO MA LEHR JL EISENBERG SR
Citation: Ma. Camacho et al., A 3-DIMENSIONAL FINITE-ELEMENT MODEL OF HUMAN TRANSTHORACIC DEFIBRILLATION - PADDLE PLACEMENT AND SIZE, IEEE transactions on biomedical engineering, 42(6), 1995, pp. 572-578
MAGNETICALLY INDUCED CURRENTS IN THE CANINE HEART - A FINITE-ELEMENT STUDY
Authors: RAGAN PM WANG WP EISENBERG SR
Citation: Pm. Ragan et al., MAGNETICALLY INDUCED CURRENTS IN THE CANINE HEART - A FINITE-ELEMENT STUDY, IEEE transactions on biomedical engineering, 42(11), 1995, pp. 1110-1116
A MICROCONTINUUM MODEL OF ELECTROKINETIC COUPLING IN THE EXTRACELLULAR-MATRIX - PERTURBATION FORMULATION AND SOLUTION
Authors: CHAMMAS P FEDERSPIEL WJ EISENBERG SR
Citation: P. Chammas et al., A MICROCONTINUUM MODEL OF ELECTROKINETIC COUPLING IN THE EXTRACELLULAR-MATRIX - PERTURBATION FORMULATION AND SOLUTION, Journal of colloid and interface science, 168(2), 1994, pp. 526-538
A 3-DIMENSIONAL FINITE-ELEMENT METHOD FOR COMPUTING MAGNETICALLY INDUCED CURRENTS IN TISSUES
Authors: WANG WP EISENBERG SR
Citation: Wp. Wang et Sr. Eisenberg, A 3-DIMENSIONAL FINITE-ELEMENT METHOD FOR COMPUTING MAGNETICALLY INDUCED CURRENTS IN TISSUES, IEEE transactions on magnetics, 30(6), 1994, pp. 5015-5023
FINITE-ELEMENT MODELS OF THORACIC CONDUCTIVE ANATOMY - SENSITIVITY TOCHANGES IN INHOMOGENEITY AND ANISOTROPY
Authors: KARLON WJ LEHR JL EISENBERG SR
Citation: Wj. Karlon et al., FINITE-ELEMENT MODELS OF THORACIC CONDUCTIVE ANATOMY - SENSITIVITY TOCHANGES IN INHOMOGENEITY AND ANISOTROPY, IEEE transactions on biomedical engineering, 41(11), 1994, pp. 1010-1017
CURRENT DISTRIBUTION DURING INTERNAL DEFIBRILLATION - A FINITE-ELEMENT STUDY
Authors: KINST TF LEHR JL EISENBERG SR
Citation: Tf. Kinst et al., CURRENT DISTRIBUTION DURING INTERNAL DEFIBRILLATION - A FINITE-ELEMENT STUDY, Circulation, 90(4), 1994, pp. 176-176
CURRENT DISTRIBUTION DURING INTERNAL DEFIBRILLATION - A FINITE-ELEMENT STUDY
Authors: KINST TF LEHR JL EISENBERG SR
Citation: Tf. Kinst et al., CURRENT DISTRIBUTION DURING INTERNAL DEFIBRILLATION - A FINITE-ELEMENT STUDY, Circulation, 90(4), 1994, pp. 176-176
EFFECTS OF PADDLE PLACEMENT AND SIZE ON DEFIBRILLATION CURRENT DISTRIBUTION - A 3-DIMENSIONAL FINITE-ELEMENT MODEL
Authors: KARLON WJ EISENBERG SR LEHR JL
Citation: Wj. Karlon et al., EFFECTS OF PADDLE PLACEMENT AND SIZE ON DEFIBRILLATION CURRENT DISTRIBUTION - A 3-DIMENSIONAL FINITE-ELEMENT MODEL, IEEE transactions on biomedical engineering, 40(3), 1993, pp. 246-255
Risultati: 1-11 |