Ultrasonic monitoring of artificial tissue mechanical properties in biorreactor. Quantitative control of tissue processes in bioreactors is an open problem in tissue engineering, aimed at creating artificial tissues and organs….
Predicting fatigue damage in composites: A Bayesian framework Modeling the progression of damage in composites materials is a challenge mainly due to the uncertainty in the multi-scale physics of the…
An energy-based prognostics framework to predict fatigue damage evolution in composites In this work, a prognostics framework to predict the evolution of damage in fiber-reinforced composites materials under fatigue loads…
Fatigue damage prognosis in FRP composites by combining multi-scale degradation fault modes in an uncertainty Bayesian framework Estimating deterministic single-valued damage parameters when evaluating the actual health state of a…
Dispositivo y método de monitorización de muestras La presente invención hace referencia a un dispositivo y a un método para la monitorización por ultrasonidos de muestras bajo estudio, siendo dichas…
Mechanical properties monitorization in bioreactor by ultrasound Recent works describe the advances in the substitutive organ therapy [1, 2, 3], based on the development of the so-called bio-artificial organs (decellularized…
Model-based inverse problem for damage reconstruction in composites Carbon-fiber reinforced polymers (CFRP) are high performance advanced materials with a growing applicability due to their extreme strength-to-weight and rigidity-to-weight efficiency ratios….