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Barlow R.E., Proschan F. — Mathematical Theory of Reliability
Barlow R.E., Proschan  F. — Mathematical Theory of Reliability



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Название: Mathematical Theory of Reliability

Авторы: Barlow R.E., Proschan F.

Аннотация:

This monograph presents a survey of mathematical models useful in solving reliability problems. It includes a detailed discussion of life distributions corresponding to wearout and their use in determining maintenance policies, and covers important topics such as the theory of increasing (decreasing) failure rate distributions, optimum maintenance policies, and the theory of coherent systems. The emphasis throughout the book is on making minimal assumptions - and only those based on plausible physical considerations - so that the resulting mathematical deductions may be safely made about a large variety of commonly occurring reliability situations. The first part of the book is concerned with component reliability, while the second part covers system reliability, including problems that are as important today as they were in the 1960s. The enduring relevance of the subject of reliability and the continuing demand for a graduate-level book on this topic are the driving forces behind its re-publication.


Язык: en

Рубрика: Математика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1996

Количество страниц: 258

Добавлена в каталог: 15.04.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Mission survival probability      8
Molina, E.C.      96 177
Moment inequalities      33 43
Moments of increasing failure rate distribution      32 33
Moments of increasing failure rate distribution and decreasing mean residual life      43
Monotone failure rate      22—35 229 231
Monotone failure rate, preservation of      35—39
Monotonic structure      199 204—228
Mood, A.M.      218
Moore — Shannon inequality      201 213 215 218
Moore, E.I.      4 163 198 213
Morrison, D.F.      180
Morse, P.M.      86
Moskowitz, F.      162
Multicomponent structure      198—227
Negative binomial distribution      17
Negative binomial distribution, definition of      17
Negative binomial distribution, failure rate of      18
Nonperiodic Markov chain      123 129
Normal distribution      2 11 16
Normal distribution, failure rate of      13 15
Normal distribution, inspection schedule for      113
Normal distribution, truncated      13 88
Normal distribution, truncated, definition of      13
Open-circuit failure      163 188 199
Operating characteristics of maintenance policy      46—83
Operating time      80 81
Opportunistic replacement      117
Optimum inspection schedule      107
Order statistics      38 223
Order statistics of increasing failure rate distribution      36 38
Ososkov, G.A.      1 20
Palm, C.      1
Parallel redundancy      162 164—165 170—175
Parallel system      28 33 39 63 65
Parallel-series      188
Parzen, E.      49 57 127
Pascal distribution      17
Path      205 211
Path and cut bounds on structure reliability      208—211
Pearson, K.      96
percentile      27
Period of state      123
Periodic replacement      84 85 96
Periodic replacement with minimal repair      96—98
Planned replacement      85
Pointwise availability      7
Poisson distribution      1 17 49
Poisson distribution, definition of      17
Poisson distribution, failure rate of      18
Poisson process      10 11 15 19 20 51 56 57
Poisson process, expected number of renewals in      51
Polya frequency density of order two      60 61
Polya frequency density of order two and inspection schedule      110—111
Polya frequency function of order two      24 110 230 231
Polya frequency sequence of order two      230
Pooled samples      37
Preparedness models      84 107
Prokhorov, Yu.V.      53
Proschan, F.      5 12 22 37 48 57 61 85 107 163 169 176 185 199 204 222 227 234
Pyke, R.      131 234
Quality control      2
Queueing      139
Quorum function      201 220
Radner, R.      107
Random age replacement      46 72—74 85—95
Random walk      144
Randomized stable rule      156 157 160
Redundancy      139
Redundancy allocations, complete family of      166
Redundancy allocations, procedure 1      166 173
Redundancy allocations, procedure 2      169 174
Redundancy for exponential failure distribution      194—195
Redundancy for uniform failure distribution      195—196
Redundancy, allocation of      164
Redundancy, optimization      162—197
Redundancy, parallel      162 164—165 170—175
Redundancy, standby      162 165 175—180
Redundancy, two types of failure      185—197
Redundancy, undominated allocation      164—166
Redundant structures, replacement of      63
Relay network      163 188 198 199—204 211
Reliability      211
Reliability function of structure      206
Reliability, bounds on structure      208
Reliability, definitions of      5 6 7
Reliability, function      207
Reliability, maximizing system      188
Removals      61
Removals, expected number of      66
Removals, time between      66
Renewal counting process      48 53
Renewal density      50
Renewal density for gamma density      57
Renewal density theorem      60
Renewal density, bounds on      59
Renewal function for shifted exponential      57
Renewal function for truncated exponential      57
Renewal function, bounds on      53 54 68 69 71 72
Renewal function, definition of      50
Renewal process      8 19
Renewal process, definition of      48
Renewal process, underlying IFR distribution      49
Renewal quantity, generalized      135
Renewal random variable      48
Renewal random variable, bounds on moments of      54
Renewal random variable, distribution for gamma density      56
Renewal random variable, positivity properties of      60
Renewal theory      2 4 48
Renyi, A.      235
Repair time distribution      17
Repairman problems      121 139—151
replacement      2 5
Replacement for truncated normal      88—91
Replacement of redundant structures      63—65
Replacement rate      8
Replacement rule      153 154
Replacement, age      61—66 85
Replacement, age, for finite time span      92—95
Replacement, age, for infinite time span      86—92
Replacement, and DFR distributions      85
Replacement, block      85
Replacement, bound on time to failure      62
Replacement, existence of optimum age policy      86
Replacement, expected number of failures      66
Replacement, exponential bounds on operating characteristics      65 66
Replacement, finite time span      85
Replacement, infinite time span      85
Replacement, mean time to failure      61
Replacement, minimax strategy for age      91 92
Replacement, opportunistic      117
Replacement, optimum age      85—95
Replacement, optimum block      95—96
Replacement, optimum block, for gamma      95—96
Replacement, periodic      84 85 96
Replacement, periodic, with minimal repair      96—98
Replacement, planned      85
Replacement, random age      72—74 86
Replacement, sequential      84 85 98—107
Replacement, sequential, for gamma distribution      104—107
Replacement, underlying IFR failure distribution      62
Reverse regular function      230
Roeloffs, R.      114
Rosenblatt, J.R.      4
Rubin, H.      25 229
Rustagi, J.S.      34
S-shapedness property      198 199 211—218
Sacks, J.      86
Saunders, S.C.      2 198
Savage, I.R.      95 107
Scarf, H.      176 229
Schoenberg, I.J.      230 231
Semi-Markov process      4 121 131—139
Semi-Markov process, absorbing      135
Semi-Markov process, limit theorems      135—137
Sequential replacement      84 85 98—107
Sequential replacement for gamma distribution      104—107
Series system      28 33 39 63 162 225
Series system of IFR (DFR) components      33—34
Series-parallel      186
Servicing reliability      83
Sevastjanov, B.A.      148
Shannon, C.E.      4 163 198
Sheffer stroke organ      198
Short-circuit failure      163 188 199
Shortage      162
Shortage random variable      51 58
Shortage random variable, distribution for      58
Sign reverse regular      230
Single unit, exponential failure and constant repair      78—79
Single unit, exponential failure and repair      77—78 80
Single unit, failure and repair      74—77
Size of path (cut)      206
Smith, W.L.      4 21 48 56 60 136 139
Snell, J.      122
Sobel, M.      3 4 5 235
Spare parts problem      49
spares      36 38 49 139 162 165
Spares for exponential failure distribution      176—180
Spares for gamma failure distribution      180
Standby redundancy      162 165 175—180
States, absorbing      123
States, communicating      123
States, ergodic      123
States, period of      123
Stationary Markov process      122
Steck, G.P.      4
Steffenson, J.F.      10
Strategic reliability      8
Structure failure rate, and component failure rates      221—228
Structure failure rate, and component failure rates, bounds on      225
Structure function      204
Superposition of renewal processes      19
Survival probability, under age replacement      61
System survival probability, bounds for      28
Szegoe, G.      230
Tables of bounds for IFR (DFR) distributions      238—242
Takacs, L.      47 59 75 79 139 147 150
Tate, R.F.      5
Telephone trunking      1 11 148 149
Test for increasing failure rate      234—237
Time between removals      66
Time homogeneous Markov chain      131
Tischendorf, J.A.      5
Total positivity      5 229—233
Total positivity, definition of      229
Totally positive functions      25
Tradeoff between redundancy and replacement      64
Transient state      123
Truelove, A.J.      8
Two parameter exponential distribution      5
Two-terminal network      205 210
Unbiased test      232
Undominated redundancy allocation      164—166
Uniform distribution      113 195
Uniform distribution, inspection schedule for      113
Uniform distribution, redundancy      195—196
Unimodality      232
Variation diminishing property      230 231
von Neumann, J.      4 198
Weibull distribution      2 4 5 9 11 13 14 16 98 196 236
Weibull distribution, definition of      13
Weibull distribution, failure rate of      13 14
Weibull, W.      2 16
Weiss, G.      4 47 62 75 90
Welker, E.L.      7 67
Widder, D.V.      229
Williams, G.T.      197
Work hardening      10
Zahl, S.      162
Zelen, M.      4 16
1 2
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