Design is aided by mathematical tools that simulate the behavior of the process or product and seek optimum performance.
Overall, 25 bond tests on FRP-to-concrete joints with test setups that simulate the behavior of an anchored FRP shear-strengthened beam are examined.
Response surface functions are often used as simple and inexpensive replacements for computationally expensive computer models that simulate the behavior of a complex system over some parameter space.
The effects that pore size, geometry, type of pore, and pore size distribution have on fluid flow through the tissue engineering construct is established using equations that simulate the behavior in terms of the pore morphology.
Both theory and experiments have also been used to examine non-Newtonian viscous flows that simulate the behavior of flows with crystals (Hulme, 1974; Osmond and Griffiths, 2001; Balmforth et al., 2006; Lyman, et al., 2005; Castruccio et al., 2010).
Previously, we used the computer-aided design software TinkerCell [ 43] to generate a model that simulated the behavior of the psd module [ 35].
For these reasons, it is fundamental to have a model that can simulate the behavior of the physical phenomena during the electromigration.
For the first method, a numerical tool that can simulate the behavior of interlocked structures built with cubes or osteomorphic blocks has been developed.
Firstly, by simulating the behavior that bees follow the elite group, a novel neighborhood search equation is proposed.
An additional analytical solution that simulates the behavior of laminates under the plane stress hypothesis – shared by all the considered models – is computed.
A fault detection filter that simulates the behavior of the fault-free, reduced-order model is designed, and its discrepancy from the behavior of the actual process state estimates is used as a residual for fault detection.
