ULTRASONIC WAVE PROPAGATION SIMULATION TO DETECT CRACKS IN CONCRETE STRUCTURES USING FEM

Figure 6.7: Magnitude of the S-parameters for the first in-line bandpass filter (with h 2 = 2 mm) computed using the thick MEN formulation as compared to the results from ANSYS

A model for analysis is therefore proposed (Figure 1) to study the financial performance from a two-fold perspective in relation to cost saving and financial resources allocated

Government policy varies between nations and this guidance sets out the need for balanced decision-making about ways of working, and the ongoing safety considerations

The simulation results look very similar to the experimental results observed for the PBDB-T:ITIC device (see Figure 5-3).. Results from the drift-diffusion simulations. In this

The value specified is the maximum time it takes the signal detect to assert after a step increase in the optical power into the receiver (measured with the data pattern specified

The experimental setup is schematically shown in figure 6.1: the conducting tip is placed in direct contact with the sample surface, and the current can be measured as a function of

29–31 In recent years, this ap- proach has been extended to study different magneto-optical effects in nanostructured multilayer structures 32 and to de- scribe the wave propagation

This chapel is placed next to the central bays of the ambulatory, at both sides of the longitudinal axis of the church, projecting from the exterior of the church. It is laid out