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- W2906331363 startingPage "183" @default.
- W2906331363 abstract "Knowledge of the mechanical properties of the aorta is essential as important concerns regarding the treatment of aortic pathologies, such as atherosclerosis, aneurysms and dissections, are fundamentally mechanobiological. A comprehensive review is presented in the current chapter. As the function of arteries is to carry blood to the peripheral organs, the main biomechanical properties of interest are elasticity and rupture properties. Regarding elastic properties, an essential parameter remains the physiological linearized elastic modulus in the circumferential direction, although sophisticated constitutive equations including hyperelasticity are available to model the complex coupled roles played by collagen, elastin and smooth muscle cells in the mechanics of the aorta. Regarding rupture properties, tensile strengths in the axial and circumferential directions are on the order of 1.5 MPa in the thoracic aorta and the radial strength, which is important regarding dissections, is about 0.1 MPa. All these properties may vary spatially and change with the adaptation of the aortic wall to different conditions through growth and remodelling. The progression of diseases, such as aneurysms and atherosclerosis, also manifests with alterations of these material properties. After presenting how the mechanical properties of elastic arteries, including the aorta, can be measured and how they can be used in models to predict the biomechanical response of same under different circumstances, a section will focus on the biomechanics of the ascending thoracic aorta and the chapter will end with current challenges regarding predictive numerical simulations for personalized medicine." @default.
- W2906331363 created "2019-01-01" @default.
- W2906331363 creator A5086758918 @default.
- W2906331363 date "2018-09-13" @default.
- W2906331363 modified "2023-10-16" @default.
- W2906331363 title "Aortic and Arterial Mechanics" @default.
- W2906331363 cites W10404973 @default.
- W2906331363 cites W151897849 @default.
- W2906331363 cites W1547790922 @default.
- W2906331363 cites W1568160386 @default.
- W2906331363 cites W1568349302 @default.
- W2906331363 cites W1582303740 @default.
- W2906331363 cites W1598914830 @default.
- W2906331363 cites W1963977555 @default.
- W2906331363 cites W1966490693 @default.
- W2906331363 cites W1967650506 @default.
- W2906331363 cites W1978537045 @default.
- W2906331363 cites W1980816919 @default.
- W2906331363 cites W1981025150 @default.
- W2906331363 cites W1981075633 @default.
- W2906331363 cites W1981157406 @default.
- W2906331363 cites W1981551394 @default.
- W2906331363 cites W1981586175 @default.
- W2906331363 cites W1981737207 @default.
- W2906331363 cites W1982150281 @default.
- W2906331363 cites W1982150380 @default.
- W2906331363 cites W1982899099 @default.
- W2906331363 cites W1985150597 @default.
- W2906331363 cites W1988335624 @default.
- W2906331363 cites W1989995526 @default.
- W2906331363 cites W1991279168 @default.
- W2906331363 cites W1992304055 @default.
- W2906331363 cites W1993517752 @default.
- W2906331363 cites W1994580245 @default.
- W2906331363 cites W1997087233 @default.
- W2906331363 cites W2000333410 @default.
- W2906331363 cites W2003914234 @default.
- W2906331363 cites W2005559320 @default.
- W2906331363 cites W2007371892 @default.
- W2906331363 cites W2007924064 @default.
- W2906331363 cites W2008640987 @default.
- W2906331363 cites W2008787883 @default.
- W2906331363 cites W2010426476 @default.
- W2906331363 cites W2011247521 @default.
- W2906331363 cites W2011287919 @default.
- W2906331363 cites W2012028367 @default.
- W2906331363 cites W2012517770 @default.
- W2906331363 cites W2012826915 @default.
- W2906331363 cites W2020346958 @default.
- W2906331363 cites W2020621973 @default.
- W2906331363 cites W2022074251 @default.
- W2906331363 cites W2023913792 @default.
- W2906331363 cites W2024004420 @default.
- W2906331363 cites W2024631707 @default.
- W2906331363 cites W2024784597 @default.
- W2906331363 cites W2025571973 @default.
- W2906331363 cites W2025790361 @default.
- W2906331363 cites W2026651509 @default.
- W2906331363 cites W2027300291 @default.
- W2906331363 cites W2028182915 @default.
- W2906331363 cites W2028963876 @default.
- W2906331363 cites W2029078082 @default.
- W2906331363 cites W2029301027 @default.
- W2906331363 cites W2031684656 @default.
- W2906331363 cites W2033570048 @default.
- W2906331363 cites W2034708124 @default.
- W2906331363 cites W2035620169 @default.
- W2906331363 cites W2035681742 @default.
- W2906331363 cites W2036469764 @default.
- W2906331363 cites W2036602310 @default.
- W2906331363 cites W2040795896 @default.
- W2906331363 cites W2044662318 @default.
- W2906331363 cites W2045025698 @default.
- W2906331363 cites W2047191719 @default.
- W2906331363 cites W2053263144 @default.
- W2906331363 cites W2054477726 @default.
- W2906331363 cites W2056215313 @default.
- W2906331363 cites W2058121547 @default.
- W2906331363 cites W2058309513 @default.
- W2906331363 cites W2058355006 @default.
- W2906331363 cites W2058438952 @default.
- W2906331363 cites W2059422941 @default.
- W2906331363 cites W2059436018 @default.
- W2906331363 cites W2062745743 @default.
- W2906331363 cites W2063701335 @default.
- W2906331363 cites W2065320761 @default.
- W2906331363 cites W2068428433 @default.
- W2906331363 cites W2069124303 @default.
- W2906331363 cites W2071007487 @default.
- W2906331363 cites W2073614919 @default.
- W2906331363 cites W2075234146 @default.
- W2906331363 cites W2075825906 @default.
- W2906331363 cites W2076674903 @default.
- W2906331363 cites W2077109131 @default.
- W2906331363 cites W2077528032 @default.
- W2906331363 cites W2078336885 @default.
- W2906331363 cites W2081189235 @default.
- W2906331363 cites W2083384470 @default.