Add to ORKGObjectives: Evaluation of new control and measurement methods worked out for heart assist devices and artificial hearts need new laboratory tools making experiments more accurate, repeatable, easier and less time consuming. The proper answer to this demand seems to be a hybrid hydro-numerical model HHNM of the circulatory system. Its performance illustrates the exemplary laboratory application when the physical left ventricle assist device is connected in parallel to the numerical left ventricle
During the development process of active or passive cardio-vascular implants, such as ventri...
During the development process of active or passive cardio-vascular implants, such as ventri...
Prior to in vivo testing of a left ventricular assist device (LVAD) it is necessary to test it in a ...
The paper presents a hybrid (hydro-numerical) circulatory model built to be used as a complementary ...
Long-term mechanical circulatory assistance opened new problems in ventricular assist device-patient...
Long-term mechanical circulatory assistance opened new problems in ventricular assist device-patient...
As the number of patients experiencing severe heart failure increases, so too does the need and use ...
Aim: Continuous flow ventricular assists device (VAD) drew the attention to VAD speed control develo...
Hydraulic mock circulatory systems have low flexibility to allow tests of different cardiovascular d...
Integration of biological samples into in vitro mock loops is fundamental to simulate real device's ...
Integration of biological samples into in vitro mock loops is fundamental to simulate real device's ...
Integration of biological samples into in vitro mock loops is fundamental to simulate real device's ...
Aim of this work was to develop a modular computational model able to interact with ventricular assi...
\u3cp\u3eIntegration of biological samples into in vitro mock loops is fundamental to simulate real ...
Prior to in vivo testing of a left ventricular assist device (LVAD) it is necessary to test it in a ...
During the development process of active or passive cardio-vascular implants, such as ventri...
During the development process of active or passive cardio-vascular implants, such as ventri...
Prior to in vivo testing of a left ventricular assist device (LVAD) it is necessary to test it in a ...
The paper presents a hybrid (hydro-numerical) circulatory model built to be used as a complementary ...
Long-term mechanical circulatory assistance opened new problems in ventricular assist device-patient...
Long-term mechanical circulatory assistance opened new problems in ventricular assist device-patient...
As the number of patients experiencing severe heart failure increases, so too does the need and use ...
Aim: Continuous flow ventricular assists device (VAD) drew the attention to VAD speed control develo...
Hydraulic mock circulatory systems have low flexibility to allow tests of different cardiovascular d...
Integration of biological samples into in vitro mock loops is fundamental to simulate real device's ...
Integration of biological samples into in vitro mock loops is fundamental to simulate real device's ...
Integration of biological samples into in vitro mock loops is fundamental to simulate real device's ...
Aim of this work was to develop a modular computational model able to interact with ventricular assi...
\u3cp\u3eIntegration of biological samples into in vitro mock loops is fundamental to simulate real ...
Prior to in vivo testing of a left ventricular assist device (LVAD) it is necessary to test it in a ...
During the development process of active or passive cardio-vascular implants, such as ventri...
During the development process of active or passive cardio-vascular implants, such as ventri...
Prior to in vivo testing of a left ventricular assist device (LVAD) it is necessary to test it in a ...