MODUK - DEF STAN 00-970: PT 4: VOL 2
Design and Airworthiness Requirements for Service Aircraft Volume 2 - Rotorcraft Book 2 (Parts 4 to 6) Part 4: Detail Design and Strength of Materials
inactive
| Organization: | MODUK |
| Publication Date: | 1 February 1992 |
| Status: | inactive |
| Page Count: | 226 |
scope:
GENERAL
In the detailed design of the rotorcraft, the variety of materials and parts shall be kept to a minimum consistent with structural efficiency and without unduly sacrificing structure weight. The design of parts and fittings shall be such as to facilitate their manufacture in quantity.
Components and items of equipment shall have at least the same factor as the main structure in all the appropriate stressing cases. Local loads at parts of attachment to the main structure shall be carefully considered to ensure that the main structure is not unduly weakened thereby.
Document History
March 10, 1998
Detail Design and Strength of Materials
In the detailed design of the Rotor craft, the variety of materials and parts shall be kept to a minimum consistent with structural efficiency and without unduly sacrificing structure weight. The...
February 1, 1994
Design and Airworthiness Requirements for Service Aircraft Volume 2 - Rotorcraft Book 2 (Parts 4 to 6)
A description is not available for this item.
DEF STAN 00-970: PT 4: VOL 2
February 1, 1992
Design and Airworthiness Requirements for Service Aircraft Volume 2 - Rotorcraft Book 2 (Parts 4 to 6) Part 4: Detail Design and Strength of Materials
GENERAL
In the detailed design of the rotorcraft, the variety of materials and parts shall be kept to a minimum consistent with structural efficiency and without unduly sacrificing structure weight....
December 1, 1990
Design and Airworthiness Requirements for Service Aircraft Volume 2 - Rotorcraft Book 2 (Parts 4 to 6) Part 4: Detail Design and Strength of Materials
GENERAL
In the detailed design of the rotoreraft, the variety of materials and parts shall be kept to a minimum consistent with structural efficiency and without unduly sacrificing structure weight....