Abstract
A mathematical model based on the plane-strain finite-element method has been developed for simulating the cross-sectional shape changes of the heart's left ventricle during cardiac cycles. The left ventricle is analyzed as a pressure vessel with contractile capability and its cross-sectional shape changes are determined by an incremental-loading iterative technique. Data of cross-sectional shapes reconstructed from isolated beating canine left ventricle experiments using an x-ray scanner have been adopted for calculating the passive stiffness and the contraction of the heart muscle during the diastole and systole phases, respectively. Sample simulated cross-sectional shape changes are presented and suggestions for further improvement of the proposed model are given.
| Original language | English (US) |
|---|---|
| Pages | 609-615 |
| Number of pages | 7 |
| State | Published - 1977 |
| Event | Proc of the AICA (Assoc Int pour le Calc Analogique) Congr, 8th, Int Congr on Simul of Syst - Delft, Neth Duration: Aug 23 1976 → Aug 28 1976 |
Other
| Other | Proc of the AICA (Assoc Int pour le Calc Analogique) Congr, 8th, Int Congr on Simul of Syst |
|---|---|
| City | Delft, Neth |
| Period | 8/23/76 → 8/28/76 |
ASJC Scopus subject areas
- General Engineering
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