Analysis of a System Operating in Different Environmental States
Journal Title: International Journal of Physics, Chemistry and Mathematical Fundamentals (www.ijpcmf.com) - Year 2012, Vol 2, Issue 1
Abstract
In the present problem we analyze a single unit system which operates in “n” operates in a different environmental/weather conditions. Here the system is consisting of one normal weather operative state, “n”abnormal weather states and one failed state. The mathematical expressions for busy period and number of visits conducted by the repairman have been obtained to analyze the results.
Authors and Affiliations
Jai Bhagwan , Jaiveer Singh , J. S. Chaudhry
Keywords
Related Articles
- EP ID EP145841
- DOI -
- Views 88
- Downloads 0
Analysis of a System Operating in Different Environmental States
In the present problem we analyze a single unit system which operates in “n” operates in a different environmental/weather conditions. Here the system is consisting of one normal weather operative state, “n”abnormal wea...
Concept of Nuclear Physics and Impact of Radioactivity
Much of current research in nuclear physics relates to the study of nuclei under extreme conditions such as high spin and excitation energy. Nuclei may also have extreme shapes (similar to that of Rugby balls) or extreme...
Various Reliability Measures of an Operating System under Two Environmental Conditions with Common -Cause Failure
In this paper we presented a model, consisting of two identical, active and independent units operating in changing environmental (normal & stormy) conditions. The repair facility is available when either one unit or...
Moving Heat Problem of Thermo-elasticity in Boundary of Half Space
This paper is about moving heat problem in semi infinite space. We consider a homogeneous, isotropic elastic semiinfinite space, which is at temperature T0 initially and whose boundary surface is subjected to heat source...
MHD Flows-Image of Streamlines in Beltrami Surface
Let S be a surfaceS ̅ the corresponding Beltrami surface obtained by surface revolution of S. By using the fundamental magnitudes and the flow on the surface S we study flow on the surface S ̅ and it is proved that...