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TB-9-1377-200 Propellant Actuated Devices Manual		Next
Table of Contents (cont)

TB 9-1377-200/TO 11P-1-14
TECHNICAL BULLETIN
DEPARTMENTS OF THE ARMY
No. No. 9-1377-200
AND THE AIR FORCE
TECHNICAL ORDER
No. 11P-1-4
WASHINGTON, D.C., 8 November 1965
PROPELLANT ACTUATED DEVICES
CHAPTER 1.
INTRODUCTION .....................................................................
Paragraph
Page
Purpose and scope ..................................................................
1
1
Reporting of bulletin improvements .........................................
2
1
References ..............................................................................
3
1
History .....................................................................................
4
1
Uses ........................................................................................
5
2
CHAPTER 2.
DESCRIPTION OF PROPELLANT ACTUATED DEVICES
General ...................................................................................
6
3
Gas-generating devices ...........................................................
7
3
Stroking devices ......................................................................
8
5
Special purpose devices ..........................................................
9
8
Systems ..................................................................................
10
11
CHAPTER 3.
BASIC DESIGN
General ...................................................................................
11
20
Motion or time functions ..........................................................
12
20
Load ........................................................................................
13
21
Weight and size (envelope) .....................................................
14
22
Environment ............................................................................
15
22
Heat loss .................................................................................
16
23
CHAPTER 4.
DESIGN TECHNIQUES
Section
I.
INTRODUCTION
General ...................................................................................
17
24
Design requirements................................................................
18
24
Section
II.
METHOD OF FIRST ORDER APPROXIMATIONS
General ...................................................................................
19
24
Stroke to separation ................................................................
20
24
Stroke time ..............................................................................
21
25
Peak pressure .........................................................................
22
26
Propellant charge weight .........................................................
23
26
Propellant web.........................................................................
24
28
Cartridge case volume.............................................................
25
28
Igniter charge ..........................................................................
26
28
Section
III.
DESIGN STRENGTH CALCULATIONS
General ...................................................................................
27
28
Safety factors ..........................................................................
28
29
Temperature effects ................................................................
29
29
Stresses ..................................................................................
30
29
Distortion-energy theory ..........................................................
31
29
Length of thread engagement ..................................................
32
32
Section
IV.
DESIGN PROCEDURES
General ...................................................................................
33
32
Gas-generating devices ...........................................................
34
32
Stroking devices ......................................................................
35
33
Systems ..................................................................................
36
34
Section
V.
COMPONENT DESIGN
Cartridge .................................................................................
37
34
Body and chamber ..................................................................
38
37
Piston ......................................................................................
39
38
Firing mechanism ....................................................................
40
38
Locking mechanisms ...............................................................
41
41
Seals .......................................................................................
42
41
i

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