MIL-STD-10A (NOTICE 2), MILITARY STANDARD, SURFACE ROUGHNESS, WAVINESS, AND LAY (25 OCT 1963) [S/S BY ANSI B46.1-78]., This standard establishes a uniform system for the identification and specification of the geometric irregularities of the surfaces of solid materials. It provides, through the use of symbols and numerical classifications, a means for accurately expressing surface roughness, waviness, and lay requirements on drawings, in specifications, or verbally.

MIL-STD-12D, MILITARY STANDARD, ABBREVIATIONS FOR USE ON DRAWINGS AND IN SPECIFICATIONS, STANDARDS, AND TECHNICAL DOCUMENTS (29 MAY 1981)., The terms and abbreviations in this standard are limited to those commonly used on drawings, and in specifications, standards, and technical documents.

MIL-STD-17/1B (CHANGE NOTICE 1), MILITARY STANDARD, MECHANICAL SYMBOLS (OTHER THAN AERONAUTICAL, AEROSPACECRAFT AND SPACECRAFT USE) PART 1 (16 SEP 1977) [S/S BY ASTM-F1000, ASTM-F856, OR ASME-Y32.2.6].

MIL-STD-17/1B (NOTICE 1), MILITARY STANDARD, MECHANICAL SYMBOLS (OTHER THAN AERONAUTICAL, AEROSPACECRAFT AND SPACECRAFT USE) PART 1 (30 JAN 1998) [S/S BY ASTM-F1000, ASTM-F856, OR ASME-Y32.2.6]., MIL-STD-17/1B, dated 16 September 1977, is hereby canceled. Future acquisitions should refer to ASTM F1000, Standard Practice for Piping Systems Drawing Symbols, ASTM F856, Standard Practice for Symbols-Heating, Ventilation, and Air Conditioning (HVAC), or ASME Y32.2.6, Graphic Symbols for Heat-Power Apparatus, as applicable.

MIL-STD-17/1B, MILITARY STANDARD, MECHANICAL SYMBOLS (OTHER THAN AERONAUTICAL, AEROSPACECRAFT AND SPACECRAFT USE) PART 1 (23 JAN 1963) [S/S BY ASTM-F1000, ASTM-F856, OR ASME-Y32.2.6]., This standard establishes an approved listing of mechanical symbols that shall be used in the preparation of drawings when graphic or symbolic representation is desired, for all items except aircraft, aerospacecraft, or spacecraft.

MIL-STD-17B/2 (NOTICE 1), MILITARY STANDARD, MECHANICAL SYMBOLS FOR AERONAUTICAL, AEROSPACECRAFT AND AEROSPACECRAFT USE (23 FEB 1965). The following pages have been superseded.

MIL-STD-17B/2 (NOTICE 2), MILITARY STANDARD, MECHANICAL SYMBOLS FOR AERONAUTICAL AEROSPACECRAFT AND AEROSPACECRAFT USE (5 DEC 1995)., MIL-STD-17/2B, dated 23 January 1963, is hereby canceled without replacement

MIL-STD-17B/2, MILITARY STANDARD, MECHANICAL SYMBOLS FOR AERONAUTICAL AEROSPACECRAFT AND AEROSPACECRAFT USE (PART 2) (23 JAN 1963). MIL-STD-17B-2 contains a listing of graphical mechanical drawing symbols for aeronautical, aerospacecraft and spacecraft use. These mechanical symbols should be used by all who have occasion to prepare schematic drawings for aeronautical, aerospacecraft and spacecraft for the Departments of the Army, the Navy, and the Air Force.

MIL-STD-21A (NOTICE 1), MILITARY STANDARD, WELDED-JOINT DESIGNS, ARMORED-TANK TYPE (15 APR 1974) [S/S BY MIL-HDBK-21].

MIL-STD-21A (NOTICE 2), MILITARY STANDARD, WELDED-JOINT DESIGNS, ARMORED-TANK TYPE (15 APR 1974) [S/S BY MIL-HDBK-21].

MIL-STD-21A, MILITARY STANDARD, WELDED-JOINT DESIGNS, ARMORED-TANK TYPE (26 NOV 1968) [S/S BY MIL-HDBK-21]., This standard covers the design of joints for structures when one or more of the materials being joined is armor.

MIL-STD-22D (NOTICE 1), MILITARY STANDARD, WELDED JOINT DESIGN (12 FEB 1982)., The following pages of MIL-STD-22D have been revised and supersede the pages listed.

MIL-STD-22D (NOTICE 2), MILITARY STANDARD, WELDED JOINT DESIGN (31 JAN 1984)., The following pages of MIL-STD-22D have been revised and supersede the pages listed.

MIL-STD-22D (NOTICE 3), MILITARY STANDARD, WELDED JOINT DESIGN (21 MAR 1991)., MIL-STD-22D, dated 25 MAT 1979 and Notice 2, dated 31 January 1984, has been reviewed and determined to be valid for use in acquisition.

MIL-STD-22D, MILITARY STANDARD, DESIGN CRITERIA, WELDED JOINT DESIGN (29 AUG 1979)., This standard covers welded joint designs for manual, semi-automatic, and automatic arc and gas welding processes for use on metals and weldments, as applicable, when invoked by a fabrication document such as NAVSEA 0900-lf-000-1000 or MIL-STD-278. The welded joint designs shown herein represent standard joint designs used in welded fabrication and are not intended to be all inclusive. notifications to these welded joint designs, other than those permitted by this standard, may be used subject to the approval of the authorized agent (see 3.2).

MIL-STD-25B (NOTICE 1), MILITARY STANDARD, STRUCTURAL SYMBOLS FOR USE ON SHIP DRAWINGS (26 DEC 1990)., MIL-STD-25B, dated 10 may 1984, has been reviewed and determined to be valid for use in acquisition.

MIL-STD-25B, MILITARY STANDARD, STRUCTURAL SYMBOLS FOR USE ON SHIP DRAWINGS (10 May 1984)., This standard applies to ship structural drawings for steel and aluminum ships and supplements MIL-STD-12 and DOD-STD-100. Where a conflict exists between these documents, this standard shall have precedence.

MIL-STD-29A (NOTICE 1), MILITARY STANDARD, SPRINGS, MECHANICAL; DRAWING REQUIREMENTS FOR (30 JAN 1998) [S/S BY ASME-Y14.13M]., MIL-STD-29A, dated 1 March 1962, is hereby canceled. Future acquisitions should refer to ASME Y1413M, Mechanical Spring Representation. (Application for copies of ASME publications should be addressed to the American Society of Mechanical Engineers, 345 East 47th Street, New York, NY 10017-2392)

MIL-STD-29A, MILITARY STANDARD, SPRINGS, MECHANICAL; DRAWING REQUIREMENTS FOR (1 MAR 1962) [S/S BY ASME-Y14.13M]. This standard illustrates the approved method of drawing, dimensioning, and specifying spring data on detailed drawings of each type of mechanical spring described herein.

MIL-STD-34, MILITARY STANDARD, PREPARATION OF DRAWING FOR OPTICAL ELEMENTS AND OPTICAL SYSTEMS; GENERAL REQUIREMENTS FOR (3 NOV 1960) [S/S BY ASME-Y14.18]., This standard describes the special drafting practices to be used in the preparation of drawings for optical elements, components, and systems.

MIL-STD-9A (NOTICE 2), MILITARY STANDARD, SCREW THREAD CONVENTIONS AND METHODS OF SPECIFYING (12 JUN 1980) [S/S BY ANSI Y14.6]., MIL-STD-9A, dated 26 MAY 1960, is hereby cancelled. Future procurement shall be in accordance with ANSI Y14.6.