By J.H.U. Brown, J.F. Dickson
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The yearbook showcases the various pupil paintings performed throughout the 2006/2013 educational years – together with undergraduate studios, degree and Masters studios and programmes, and examine levels – and in addition supplies a picture of our study and different actions, in addition to the paintings of the RIBA Office-Based exam applicants.
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29A. The effect of extra vascular pressure on vascular conductance has drawn physiologists' interest for many years. For example, the phasic effect of intrathoracic pressure on systemic venous return has been intensively studied (Brecher, 1956). , 1969), of intraventricular pressure on coronary vascular conductance (Rodbard and Takacs, 1968), and of intracranial pressure on cerebral blood flow (Noell and Schneider, 1948). Also, there has been a multitude of physical studies of hydraulics regarding flow through a collapsible tube (Holt, 1959; Conrad, 1969).
Alveolar Vessels H Atrium Left FIG. 30. Schematic illustration of Modell's model of the pulmonary vascular bed. Reproduced from Modell (1971) with the author's permission. 002 cm H 2 0 per milliliter per second. The hysteresis of the pressure-volume relationship of the lung was ignored. b. Vascular Mechanics. As is shown in Fig. 30, the pulmonary vessel in each zone was divided into four serial compartments: the large arterial compartment, the extra-alveolar compartment, the alveolar compartment, and the large vein compartment.
Myocardial Mechanics The myocardium was represented by a three-element model (Fig. 18). With respect to this model, the relationships between lengths of contractile element, Lc, parallel element, Lp, series element, L s , and total 34 KIICHI SAGA WA CE FIG. 18. Three-element model of heart muscle used in Beneken's model of the heart. CE: contractile element. PE: parallel elastic element. SE: series elastic element. Reproduced from Beneken and DeWit (1967) with the permission of the authors and publisher.