Operator, organizational, field, and depot maintenance manual : pump, centrifugal, fresh water, gasoline driven, base mounted, 4 in, 200 gpm, 300 ft head (Carver model 4WHIS), serial number range 37715RF through 37814RF, FSN 4320-810-7310 ....

"September 1961."

Operator, organizational, and direct support maintenance manual : generator sets, gasoline engine w/carrying sound housing case, PU-422B/U, 0.4 KW, AC, 115V, 400 Hz and 100V, DC, 29.3V, Admiral model GJ4266 ... PU-532/PPS-4, 0.3 KW, AC, 115V, 400 Hz, 30V, 17 amp, 24V, 2.5 amp, DC, Admiral model G-2633, FSN 6115-889-1212, Henry Spen model 909238-1B, FSN 6115-436-4230.

"March 1973."

Operator, organizational, direct and general operator, organizational, direct and general support, and depot maintenance manual including repair parts : generator set, gasoline engine, 0.125 KW, AC, 115 V, single phase, 400 cycle, special purpose, portable, w/carrying case (Homelite model XLA115/1/400-1P), serial numbers 2,330,386 through 2,331,917, FSN 6115-930-9498.

Includes index.

Direct and general support and depot maintenance repair parts and special tools lists : theodolite, directional, 1 sec graduation, 5.9 in. length telescope w/tripod, carrying case, and accessories (Wild Heerbrugg instruments), model T-2, serial numbers 5602 through 17897 and 27235 through 30594 (FSN 6675-232-8972), model T-2 56 ....

"September 1968."

Organizational, DS, GS, and depot maintenance manual (including repair parts list) : light target, surveying, u/w range pole, self illuminating, w/carrying case (military design), FSN 6675-612-1187.

"March 1966."

Operator, organizational, and direct support maintenance manual : detecting set, mine, aural indication, 10V DC operating power, portable, transistorized, w/case AN/PSS-11 (Polan models P153 and P158) NSN 6665-00-966-9071, (Polan model P190) NSN 6665-00-181-0432, (Oregon Technical Products model MD-M) ... (The VP Company model VP200) ... (Fourdee model 4D5000) ....

Includes index.

Organizational, DS, GS, and depot maintenance manual including repair parts : light, signal, surveying, 5 in. dia. reflector, grille housing, in carrying case (military design) FSN 6675-641-3537.

"June 1965."

Organizational, direct support maintenance, repair parts and special tools list : detecting set, mine, aural indication, 10V DC operating power, portable, transistorized, w/case AN/PSS-11 (Polan models P153 and P158) FSN 6665-966-9071, (Polan model P190) FSN 6665-181-0432, (Oregon Technical Products model MD-M) ...

"23 February 1974."

Operator, organizational, field, and depot maintenance manual : theodolite, directional, 1 sec graduation, 5.9 in. length telescope, w/tripod, carrying case, and accessories (Wild Heerbrugg Instruments), model T-2, serial number ranges 5602 through 17897 and 27235 through 30594, FSN 6675-232-8972, model T-2 56 ....

"December 1961."

Organizational, direct and general support, and depot maintenance repair parts and special tools list : theodolite, surveying, directional, 0.2-mil graduation 7 in. length telescope w/extension leg tripod, carrying case, and accessories (Keuffel & Esser model KE-6 special), FSN 6675-933-9532.

Includes index.

Unit maintenance, direct support, and general support maintenance repair parts and special tools lists : truck, forklift, DED, pneumatic tire, articulated, frame steer, 4000 lb capacity, rough terrain, Army model MHE 237, NSN 3930-01-076-4237, J.I. Case model M4K.

"April 1992."

Geographic base file system--uses, maintenance, problem solving : conference proceedings, November 16-17, 1971, Arlington, Tex.

Issued May 1972; revised November 1976.

Decision support system for inspection and maintenance:a case of oil pipelines

The existing method of pipeline health monitoring, which requires an entire pipeline to be inspected periodically, is unproductive. A risk-based decision support system (DSS) that reduces the amount of time spent on inspection has been presented. The risk-based DSS uses the analytic hierarchy process (AHP), a multiple attribute decision-making technique, to identify the factors that influence failure on specific segments and analyzes their effects by determining probability of occurrence of these risk factors. The severity of failure is determined through consequence analysis. From this, the effect of a failure caused by each risk factor can be established in terms of cost and the cumulative effect of failure is determined through probability analysis. The model optimizes the cost of pipeline operations by reducing subjectivity in selecting a specific inspection method, identifying and prioritizing the right pipeline segment for inspection and maintenance, deriving budget allocation, providing guidance to deploy the right mix labor for inspection and maintenance, planning emergency preparation, and deriving logical insurance plan. The proposed methodology also helps derive inspection and maintenance policy for the entire pipeline system, suggest design, operational philosophy, and construction methodology for new pipelines.