The need for physicians well-trained in problem solving, evaluating "competing claims in the medical literature and by those in medical industries" and capable of "application of scientific knowledge and scientific reasoning based on evidence" was articulated in the report Scientific Foundations for Future Physicians (AAMC-HHMI, 2009, pp. 4 5).
Every structure is composed of a repeated elementary cell generated adopting the Fibonacci sequence (different terms of this sequence are investigated); the problem is then solved evaluating the transmission matrix of the cell and applying the Floquet Bloch technique.
Direct problem-solving evaluates the temporal dynamics of the output factors that depend on different input impulse combinations.
Applying the fuzzy theory can solve and evaluate the fuzziness of common understanding of experts on a variety of scales.
In addition, several examples have been solved to evaluate the efficiency of the proposed model and algorithm.
The Fredholm integral equation, proceeding from the dual integral equations, is numerically solved to evaluate crack tip stress intensity factor.
Fluid equations are solved to evaluate the plasma flow parameters, including the plasma and neutral densities, ion and neutral velocities, electron flux, electron temperature, and electric potential.
A validated three dimensional model for open-cathode PEFC stack with fan and immediate ambient were solved to evaluate the effect of studied parameters on the stack performance.
Some numerical examples are solved and evaluated and the performance of the SA algorithm is compared with harmony search (HS) algorithm.
The problem is solved by evaluating upper and lower bounds for the optimal value of the difference in the value of the performance criterion repeatedly.
Using the Ritz method, the governing eigenvalue equations are obtained and will then be solved for evaluating the natural frequencies of the GFRP-stiffened composite shells.
