The total life model incorporates a dual mechanism approach of including the crack initiation life and propagation life while simultaneously determining an associated initial flaw size.
The model is based on unique principles where interactions of the signal and the scenario are solved stochastically while all physical phenomena of the wave propagation are considered simultaneously.
A custom-designed micro mechanical tester was integrated with an optical microscope and an atomic force microscope to perform in situ three-point bending tests on notched Si3N4/BN composite bend specimens where the crack initiation and propagation were imaged simultaneously with the optical microscope and atomic force microscope during bending loading.
Reversible reactions of propagation-depolymerization were simultaneously considered with non-equal rate constants for complex sequential reactions.
The proposed back propagation neural network (BPNN) simultaneously predicts weld bead geometry (WBG) and heat affected zone (HAZ).
Analytical models capture physical wave propagation and antenna configuration simultaneously by describing the impulse response (equivalently, the transfer function) between the antenna arrays at both link ends.
The results show the ability of the model to predict complex crack paths where intralayer crack propagation and delamination occur simultaneously and interact.
Even if there is no analytical model that considers the long propagation delay and retransmission simultaneously, we choose the existing analytical models that consider a framed structure and B-ACK as reference models.
This paper presents the experimental design and results for gold rod impact on DEDF (5.19 g/cm3) and Borofloat (2.2 glass) glass by visualizing simultaneously failure propagation in the glass with a high-speed camera and rod penetration with flash radiography.
We isolated mesenchymal and epithelial breast precursor cells and defined cell culture conditions that allow the maintenance and the propagation of these precursors simultaneously and their differentiation upon exposure to specific cues.
