Numerical optimization techniques can solve many problems in an elegant manner. However, applications on large scale are hampered by convergence problems. Artificial intelligence techniques have complementary characteristics to procedural programming languages. Using expert system technology a good part of ...
9.3.2.2.Numerical optimization Anumerical optimizationpackage called ADS (Automated Design Synthesis) [11,12] can be invoked automatically when the expert system and trial-and-error process cannot make any more gains. Engineous can also cycle through a series of optimization plans, with each plan ...
To validate the efficacy of the suggested ICHIMP-SHO algorithm, 11 types of engineering-based optimization designs are considered: pressure vessel, Speed reducer problem, Three-bar truss problem, welded beam, gear train design problem, belleville spring problem, cantilever beam design, rolling element...
The optimization and significance of the geometric parameters were analyzed using Design Expert software. The test result showed that less deflection was experienced for the ICBP when laid in a herringbone pattern, 90掳 angle, 80鈥 100-mm thickness, and zigzag shape.Journal of Transportation ...
Error bounds of optimization algorithms for semi-Markov decision processes Cao''s work shows that, by defining an ±-dependent equivalent infinitesimal generator A±, a semi-Markov decision process (SMDP) with both average- and di... TANG HAO,YIN BAOQUN,XI HONGSHENG - 《International Journal ...
Accurate completions design Rapid completion optimization:Test multiple completion configurations based on a comprehensive understanding of real-time flow and well data. Helps prevent completion failures:Determine hot spots and potential completion failures with 1 ft spatial resolution. ...
Numerical ("in silico") methods can provide an alternative way to obtain relevant and detailed information for valve design optimization, since they are capable of solving the valve dynamics with a high degree of resolution in time and space (Kelly et al., 1999; Grigioni et al., 2004; Yoga...
Sandgren E (1990) Nonlinear integer and discrete programming in mechanical design optimization 112(2):223–229 Qi Y, Jin L, Wang Y, Xiao L, Zhang J (2019) Complex-valued discrete-time neural dynamics for perturbed time-dependent complex quadratic programming with applications. IEEE Trans Neural...
Synchronization, Lyapunov Analysis and Control (Lyapunov theory in dynamical systems, synchronization in complex systems, optimization and control) Nonlinear Mechanical Systems (MEMS and NEMS devices, continuous mechanics of solids, robotics, viscoelasticity and plasticity, energy production,...
operating conditions at which the roof is exposed to the ambient are very dynamic compared to the design conditions. This reduces the thermal performance of the roof which reduces the energy efficiency of the building. Various passive measures are implemented in order to improve the thermal performan...