Jurnal penerapan finite state automata travel

#Jurnal penerapan finite state automata travel series

The correlation analysis represents that the stretching ratio parameter is negatively correlated with the velocity gradient but the magnetic parameter, porosity parameter, mixed convection parameter and suction parameter are positively correlated. The correlation coefficient and multiple regression model have been established for the mentioned parameters. The numerical results of this paper have been compared with previous working results and found to be almost similar. Numerical solutions of fluid velocity profile and fluid temperature profile are displayed graphically for different values of controlling flow parameters whereas numerical values of velocity gradient and wall temperature gradient are presented in a tabular form. The mathematical model of this problem is solved with the help of SQLM along with MATLAB. The leading PDEs are modified to ODEs by applying the appropriate similarity transformation. The present paper aims to investigate the MHD two-dimensional mixed convection boundary layer nanofluid flow and heat transfer along with a power-law stretching wedge-shaped surface by using the Buongiorno model. Dar, 'Improving the Reliability of System by Standby Redundancy Method,' International Journal of Scientific Research in Mathematical and Statistical Sciences, Vol.8, Issue.1, pp.76-82, 2021. Shukla, вЂњOM distribution with properties and application,вЂќ RT&A, 4(51), pp. Ayoub, вЂњReliability equivalence factors of a parallel system in two-dimensional distribution,вЂќ Journal of Reliability and Statistical Studies, 4(2), pp. El-Faheem, вЂњReliability equivalence factors of a system with mixture of n independent and non-identical lifetimes with delay time,вЂќ Journal of the Egyptian Mathematical Society, 22, pp. Mustafa, вЂњReliability equivalence factors for some systems with mixture Weibull failure rates,вЂќ African Journal of Mathematics and Computer Science Research, 2(1), pp. El-Damcese, вЂњReliability equivalence factors of a series-parallel system in Weibull distribution,вЂќ International Journal of Mathematical Forum, 4(19), pp. Zhang, вЂњReliability equivalence factors in Gamma distribution,вЂќ Journal of Applied Mathematics and Computation, 187(2), pp. Sarhan, вЂњReliability equivalence factors of a general series-parallel system,вЂќ Journal of Reliability Engineering and System Safety, 94(2), pp. Mustafa, вЂњEquivalence factors of a parallel-series system,вЂќ Journal of Applied Sciences, 10, pp.

#Jurnal penerapan finite state automata travel series

Mustafa, вЂњReliability equivalence of a series system consists of n independent and non-identical components,вЂќ International Journal of Reliability and Applications, 7(2), pp. Sarhan, вЂњReliability equivalence factors of a bridge network system,вЂќ International Journal of Reliability and Applications, 5(2), pp. Sarhan, вЂњReliability equivalence with a basic series/parallel system,вЂќ Journal of Applied Mathematics and Computation, 132(1), pp.

Sarhan, вЂњReliability equivalence of independent and non-identical components series systems,вЂќ Journal of Reliability Engineering and System Safety, 67(3), pp.

Percy, вЂњReliability equivalence factors for a seriesвЂ“parallel system of components with exponentiated Weibull lifetimes,вЂќ IMA Journal of Management Mathematics, pp. Al-Batah, вЂњTesting Reliability Equivalence Factors of a Series-Parallel Systems in Burr Type X Distribution,вЂќ British Journal of Mathematics & Computer Science, 4(18), pp. Kulkarni, вЂњA New Reliability Analysis Method based on the Conjugate Gradient Direction,вЂќ Structural and Multidisciplinary Optimization, 2014. Rasouli, вЂњEvaluating system reliability using linear-exponential distribution function,вЂќ International Journal of Advanced Statistics and Probability, 3(1), pp. Sarhan, вЂњReliability Equivalence with a Basic Series/Parallel System,вЂќ Applied Mathematics and Computation, 132 (1), pp. Shanker, вЂњReliability Optimization of Complex Systems using Random Search Technique,вЂќ Microelectronics and Reliability, 28(4), pp.

Deep, Dipti, вЂњReliability Optimization of Complex Systems through C-SOMGA,вЂќ Journal of Information and Computing Science, 4(3), pp. Misra, вЂњReliability Optimization through Sequential Simple Search,вЂќ International Journal of Control, 18(1), pp. Misra, вЂњReliability Optimization through Random Search Algorithms,вЂќ Micro-electron Reliability, 13(4), pp.