MIL-STD

Flexural Strength of High Performance Ceramics at Ambient Temperature," ia U.S. Mmry ProposedMilita Standard, MIE-STD-1942A., U.S. Army Materials Technology Laboratory, Watertown, Mass., June 1990 (supersedes MIL-STD-1942(MR) Nov. 1983). [Pg.328]

The equation is based on Mil-Std-167 (SHIPS) dated 1954, a Navy specification [2], The basis for the change was that the allowable residual unbalance for rotors operating under 14,000 rpm was lowered, while it permits higher residual unbalance values for rotors above 14,000 rpm. The balance is more realistically achievable on the balance machine. [Pg.373]

Department of Defense - requires that a PSA be performed according to MIL-STD-882A for any major acllvity or undertaking, e.g., analyses of the transportation of nuclear weapons and deactivatioti of chemical weapons. [Pg.17]

We previously encountered failure modes and effects (FMEA) and failure modes effects and criticality analysis (FMECA) as qualitative methods for accident analysis. These tabular methods for reliability analysis may be made quantitative by associating failure rates with the parts in a systems model to estimate the system reliability. FMEA/FMECA may be applied in design or operational phases (ANSI/IEEE Std 352-1975, MIL-STD-1543 and MIL-STD-1629A). Typical headings in the F.Mld. A identify the system and component under analysis, failure modes, the ef fect i>f failure, an estimale of how critical apart is, the estimated probability of the failure, mitigaturs and IHissihiy die support systems. The style and contents of a FMEA are flexible and depend upon the. ilitcLiives of the analyst. [Pg.99]

Table 6.3.3 Qualitative CatCf iin auon from MIL STD-882A ...

Military Standard (Mil Std). An authoritative USA Dept of Defense publication setting forth uniform procedures, definitions and standards for mandatory use thruout the Depts of the Army, the Navy, and the Air Force. See Military Specification for distribution source Ref OrdTechTerm (1962), 192-R... [Pg.149]

Inspection Testing , USMilSpec MIL-STD-650 (1962) 39) Anon, Explosive Compositions,... [Pg.303]

Size, Particle Size Distribution, and Packed Density of Powdered Materials , MIL-STD-1233 (March 1962) 3) Anon, EngDesHdbk, Pro-... [Pg.451]

Anon, Packing and Packaging of Ammunition and Related Material at Picatinny Arsenal, nw ra n yiyj ) j aiiuu, Packaging Requirements Code , MIL-STD-726 (I960) 6) Anon, Ammunition Packing De-... [Pg.479]

Packaging, Handling, Storage, And Transportability Program Requirements [For System And Equipments] , MIL-STD-1367, (1972)... [Pg.480]

Ofdnance) , Rept No DDC-TAS-73-20 (1973) 26) Anon, Parts and Equipment, Procedures For Packaging and Packing of MIL-STD-794D ... [Pg.480]

Particle Size Distribution by Sieve Analysis , MIL-STD-1233 (1962) 22) S.M. Kaye, D.E. [Pg.535]

The prescribed analytical method for determining nitrogen content in PETN is the MIL-STD-286 Method 209.3. The ferrous chloride-titanous chloride method described for NG in Vol 6, G106-7 is also applicable to PETN... [Pg.570]

This evaluation may be performed more explicitly by assigning a qualitative term to each scenario. Typical qualitative terms such as "negligible, low, moderate, severe, and catastrophic" represent the order-of-magnitude consequences found in MIL-STD-882C. [Pg.32]

U S. Department of Defense, MIL-STD-882-C, "Military Standard System Safety Program Requirements," Washington, DC, January 1993. [Pg.91]

Procedures for Performing a Failure Mode and Effect Analysis, U. S. Department of the Navy, MIL-STD-1629A (1977), Washington, DC. [Pg.197]

MIL-STD-882D, Department of Defense Standard Practice for System Safety (DoD, 2000)... [Pg.83]

The definition of explosion, given by Dunkle (Ref 12) "An explosion is a milder form of detonation , although correct, does not help in definition of detonation. For this reason we are giving here a longer definition as taken from MIL-STD-444 (Ref 5a,... [Pg.217]

Cook(1958), 44-50 (Ideal nonideal detonations) 5a) Anon, Nomenclature and Definitions in the Ammunition Area , Military Standard MIL-STD-444 (1959), p 60 (Detonation) p 65 (Explosion) 6) Baum, Seanyukovich Shekhter(1959), pp 9 15-16... [Pg.223]

Anon, "Military Standard Propellants, Solid Sampling, Examination and Testing MIL-STD-286A (l 6l) Method 403.1.2 -Vacuum Stability Tests at 90° and 100°C Method 404.1.2 - Heat fests at 120° and 134.5°C Method 406.1.1 - Taliani Test ... [Pg.319]

Vol 1(1960), p XVI [ignition (or Explosion) Temperature Test] 27) Dunkle s Syllabus (1960-1961), pp 12a-d (Thermal decompn in solids) 28) Military Standard MIL-STD-650,... [Pg.589]

Activator, Antitank Mine. It is defined in MIL-STD-444 (Ref 40a, p 2) as a nonmetal-lic item designed to adapt a firing device to an antitank mine. It may be empty, inert filled or explosive filled... [Pg.742]

Ml Fire Starter, listed in Ref 57, p 73, is described in Ref 31b. Its match compn is formulated accdg to MIL-STD-585 (Formula 20 of Ref 57, p 361 K chlorate 50, Sb sulfide 30 dextrin 20%) and the striker accdg to MIL-STD-537 (Formula 27 of Ref 57, p 356 Red p 50, dextrin 20 sand with sharp edges 30%. A hot and relatively slow flame, affording transfer of the fire to the substratum into which the match button is embedded, can be obtd with formulation contg small amts of nonhydrophilic binders such as Formula 22 of Ref 57, p 355 ... [Pg.762]

Before proceeding to describe typical fuzes, there are listed in alphabetical order various fuzes. The following references were used as sources of information Ohart (Ref 17, pp 125-26), Glossary of Ordn (Ref 38b, pp 125-29) and MIL-STD-444 (Ref 40a, pp 75-82)... [Pg.879]

See also in sourсe #XX -- [ Pg.34 ]

See also in sourсe #XX -- [ Pg.14 , Pg.132 , Pg.349 , Pg.350 , Pg.351 , Pg.352 , Pg.353 , Pg.354 , Pg.355 , Pg.356 , Pg.357 , Pg.358 , Pg.359 , Pg.360 , Pg.694 , Pg.810 ]

See also in sourсe #XX -- [ Pg.260 , Pg.785 ]

See also in sourсe #XX -- [ Pg.189 ]

See also in sourсe #XX -- [ Pg.37 ]

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