| Qualification Testing of the Navy Collapsible Embarkation Container (CECON) |
FEB 93 |
61 pages |
| Authors:
Edward P. Moravec Jr; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
 | At the request of the Carderock Division, Naval Surface Warfare Center, Bethesda, MD, the Air Force Packaging Evaluation Activity evaluated a modular collapsible aluminum container developed under contract with a commercial vendor by the Navy. The container configuration evaluated consisted of two aluminum end caps serving as top and bottom and two 18 inch collars and is secured to a 40 X 48 inch wood shipping pallet to an overall ... |
|
| Evaluation of Mine Safety Appliance (MSA) Passive Fuel Vapor Monitor, Prototypes MSA 16-72, MSA 17-72, and MSA 18-72 |
MAR 91 |
19 pages |
| Authors:
Edward P. Moravec Jr; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| At the request of ASD/VBL, Mine Safety Appliances Company developed a passive change of color JP-10 fuel vapor monitor for the Tacit Rainbow missile container. The Tacit Rainbow missile is shipped and stored as a fueled all up round. In the event of a fuel leak, it is desirable to be able to detect JP-10 vapor at 20 to 30 percent of the lower explosive limit (LEL) in order to ... |
|
| Qualification Testing of the Combat Talon II Receiver/Transmitter Container |
AUG 89 |
25 pages |
| Authors:
Robbin L. Miller; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Aeronautical Systems Division, ASD/VXAL, requested assistance from the Air Force Packaging Evaluation Activity (AFPEA) to choose an off the shelf container and qualify it for the receiver/transmitter (R/T) used on Combat Talon II aircraft. The R/T prototype container was tested at the AFPEA, HQ AFLC/DS/TZ, Wright-Patterson AFB, OH 45433-5999. This container is environmentally sealed and outfitted with a humidity indicator and pressure relief valve. The container is designed to protect ... |
|
| Qualification Testing of the CNU-459/E KU-Band Antenna Container |
JUN 89 |
34 pages |
| Authors:
Larry M. Nugent; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Aeronautical System Division, ASD/VXAL, requested assistance from the Air Force Packaging Evaluation Activity (AFPEA) to design, prototype, and qualify a container for the ku-band antenna used on Combat Talon II aircraft. The CNU-459/E prototype container was designed, fabricated and tested at the AFPEA, HQ AFLC/DSTZ, Wright-Patterson AFB, OH 45433-5999. The container is environmentally sealed with a humidity indicator, desiccant port, and pressure relief valve. The container base has wheels and ... |
|
| Qualification Testing of the CNU-471/E Infrared Detection Set Container |
JUN 89 |
29 pages |
| Authors:
Prisciliano Quijas; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Aeronautical Systems Division, ASD/VXAL, requested assistance from the Air Force Packaging Evaluation Activity (AFPEA) to design, prototype, and qualify a container for the infrared detection set (IDS) used on Combat Talon II aircraft. The CNU-471/E prototype container was designed, fabricated and tested at the AFPEA, HQ AFLC/DSTZ, Wright-Patterson AFB, OH 45433-5999. The container is environmentally sealed and outfitted with a humidity indicator, desiccant port, and pressure relief valve. The container's ... |
|
| Qualification Testing of the CNU-470/E X-Band Antenna Container |
MAY 89 |
26 pages |
| Authors:
Larry M. Nugent; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The purpose of this project was to determine if the CNY-470/E container design will protect the contents, one x-band antenna for Combat Talon II aircraft, during worldwide shipment, storage, and handling. The CNU-470/E prototype was subjected to extensive testing. The corners of the container were lettered counterclockwise from the aft end where the desiccant port and other accessories are located. The CNU-470/E is a controlled-breathing container with a pressure relief ... |
|
| Evaluation of Engineering Change Proposals 10 and 31 and Performance Oriented Packaging Testing of CNU-399E/425E Fiberglass Maverick Missile Container |
24 JAN 89 |
27 pages |
| Authors:
Susan M. Hughey; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Aeronautical Systems Division, ASD/SDML, requested assistance from the Air Force Packaging Evaluation Activity to conduct testing on the CNU-399E/ 425E fiberglass Maverick missile container for engineering change proposals and performance oriented packaging. The CNU-399E/425E container was designed and fabricated by Plastics Research Corporation, 13538 Excelsior Dr., Santa Fe Springs CA 90670. The containers are environmentally sealed with a humidity indicator, disiccant port, and a pressure relief valve. The containers are ... |
|
| Performance Oriented Packaging Testing of CNU-131/E Steel Maverick Missile Container |
15 DEC 88 |
16 pages |
| Authors:
Susan M. Hughey; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The CNU-131/E container was fabricated by the Champion Co. , Springfield, OH. The containers are environmentally sealed with a humidity indicator, desiccant port, and a pressure relief valve. The containers are designed to protect one AGM-65A/B/C/D all-up-round Maverick missile during world-wide shipment, storage, and handling. The containers will also be used for one missile without the guidance unit and for one missile without the guidance unit and the hydraulic actuation ... |
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| Qualification and Certification Tests CNU-445/E and CNU-447/E Maverick Missile Containers |
DEC 88 |
66 pages |
| Authors:
Larry M. Nugent; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| ASD/TAML requested assistance to conduct certification and qualification testing on two new aluminum Maverick missile containers. The CNU- 445/E and the CNU-447/E prototype containers are environmentally sealed with a humidity indicator, desiccant port, and a pressure relief valve. Both containers are designed to protect one AGM-65A/B/C/D/E/F/G all-up-round Maverick missile during world-wide shipment, storage, and handling. The containers will also be used for one missile without the guidance unit and for ... |
|
| Performance Oriented Packaging Testing of CNU-263/E Fiberglass Maverick Missile Container |
21 NOV 88 |
16 pages |
| Authors:
Susan M. Hughey; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| OO-ALC/MMWMM, Hill AFB, requested assistance to conduct Performance Oriented Packaging (POP) testing on a fiberglass Maverick missile container (CNU-263/E). The CNU-263/E containers are environmentally sealed with a humidity indicator, desiccant port, and a pressure relief valve. The containers are designed to protect one AGM-65a/B/C/D all-up-round Maverick missile during worldwide shipment, storage, and handling. The containers will also be used for one missile without the guidance unit and for one missile ... |
|
| Qualification Testing CNU-399/425 Fiberglass Maverick Missile Container |
09 AUG 88 |
38 pages |
| Authors:
Susan M. Hughey; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The Air Force Packaging Evaluation Activity was requested to conduct qualification testing on the CNU-399E/425E fiberglass Maverick missile containers. The container was designed by Plastics Research Corp. of Santa Fe Springs CA 90670 and was fabricated by AC Inc., Huntsville AL 35810-7069. The containers are environmentally sealed with a humidity indicator, desiccant port, and a pressure relief valve. They are designed to protect one AGM-65A/B/C/D/E/F all-up-round Maverick missile during world-wide ... |
|
| Simulation Technique for Evaluating Containers (SIMTEC) Version 2.2. User's Guide |
26 APR 88 |
40 pages |
| Authors:
Larry A. Wood; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| In the past, very few transportation models existed which permitted a program to evaluate different types of packaging in terms of life cycle cost. Models that did not exist had few sensitivities available or did not model the real packaging world via simulation. Simulation Technique for Evaluating Containers (SIMTEC) is a computer program (model) developed to compare different types of packaging in terms of life cost (LCC). A model is ... |
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| Evaluation of Korean Manufactured Harvest Eagle Shipping and Storage Container |
AUG 87 |
|
| Authors:
Larry M. Nugent; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
 | Warner Robins Air Logistics Center/MMVF requested assistance from the Air Force Packaging Evaluation Agency to evaluate a Korean manufactured Harvest Eagle shipping/storage container as a possible replacement for the Brooks and Perkins bare base container. The purpose of this project was to determine if the container will withstand the transportation and environmental hazards encountered during transportation and long-term outside storage. Due to the presence of the two vents, the container ... |
|
| Evaluation of 3M Monitor-Mark Cold Side Indicator |
FEB 87 |
|
| Authors:
Edward P. Moravec Jr; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| A new packaging product, the Monitor-Mark cold side indicator is developed, which indicates when a package has been exposed to temperatures of 41 degrees F or less. The purpose of this study was to evaluate the accuracy of the indicator as well as its reliability after exposure to typical packaging environments. Test results indicated that the Monitor-Mark performs reliably. |
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| Engineering Support for the Free Breathing Static Dehumidification (FBSDH) System |
JAN 87 |
68 pages |
| Authors:
Susan M. Udry; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Deterioration of materiel from moisture induced corrosion in shelters/trailers/vans (S/T/Vs) during shipping/storage led to the development of a self-contained system designed to maintain a relative humidity (RH) of 40 percent or less within a S/T/V for a period of two years without desiccant changes. This particular system is static because there is no external means to generate its operation. Six prototype FBSDH systems were fabricated. The field test operation was ... |
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| Free Breathing Static Dehumidification Systems |
JAN 87 |
|
| Authors:
Susan M. Udry; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The Air Force has long recognized the need for environmental protection of materiel in shelters/trailers/vans (S/T/Vs) during shipping/ storage. Deterioration of materiel from corrosion, due to the presenceof excessive moisture in S/T/Vs results in high maintenance costs to the US government. A self-contained, modular unit was developed to provide a dry storage environment for materiel inside of S/T/Vs by maintaining a relative humidity (RH) of 40 percent of less for ... |
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| First Article Qualification Testing of F-15 Conformal Fuel Tank Container and Installation Kit Container for Contract F3657-84-C-0159 |
OCT 86 |
|
| Authors:
AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| As required by Contract No. F33657-84-C0159, one each F-15 Conformal Fuel Tank (CFT) and CFT Installation Kit Containers, NSN No. 8115-01-157-0029, were submitted by Riverport Industries, New Albany, Indiana for first article testing by the Air Force Packaging Evaluation Agency (AFPEA), Wright-Patterson AFB OH, 45433-5999. Rough Handling tests in accordance with Federal Test Method Standard 101 C, a physical configuration audit and a visual inspection were conducted on the two ... |
|
| Free Breathing Static Dehumidification (FBSDH) System: Field Test Results (Prototype Units) |
AUG 86 |
|
| Authors:
Susan M. Udry; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Deterioration of materiel from moisture induced corrosion in shelter/ trailers/vans (S/T/Vs) during shipping/storage led to the development of a self- contained system which would maintain a relative humidity (RH) of 40 percent or less within a S/T/V for a period of two years without desiccant changes. This particular system is static because there is not an external means to generate its operation of maintaining the RH of 40 percent or ... |
|
| Qualification Testing of Redesigned F-15/F-4 600 Gallon BI-PAC Fuel Tank Container |
AUG 86 |
|
| Authors:
Eileen T. Foley; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| In 1985 the F-15/F-4 600 Gallon Bi Pac Container was redesigned. Modifications were incorporated into contract F09063-83-C-1178. Qualification tests were conducted on two production containers in accordance with Federal Test Method Standard No. 101 and Military Standard 648. This test report summarizes the results of the tests and recommends modifications which should be included in current and future production contracts. The redesign F-15/F-4 600 Gallon Bi Pac Fuel Tank Container ... |
|
| Test and Evaluation of Cleated Corrugated Plastic Containers |
23 MAY 86 |
|
| Authors:
Prisciliano Quijas; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Testing and evaluation was conducted of a new concept for substituting a corrugated plastic material for plywood in containers otherwise constructed in accordance with Federal Specification PPP-B-601. The purpose of the new cleated plastic container concept was to provide a cost-effective Level A shipping container to replace/upgrade Level B shipping containers instead of present practice of replacing with heavier cleated plywood containers. With slight modification, the new container's performance exceeded ... |
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| Test and Evaluation of Prototype M-16 Weapons Container |
15 NOV 85 |
|
| Authors:
Chii C. Hwang; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| A polyethylene container has been designed which is economical and lightweight. The container is designed to protect, transport, store, inventory and issue twelve M-16 rifles with slings and clips under worldwide climatic conditions and under war and peacetime operational environments. The following maintainability design features are incorporated into the container to enhance support and minimize maintenance: interchangeability of cover section; replacement of cover section with shallow lid; no special tools ... |
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| Certification Test CNU-399/E Maverick Missile Container |
OCT 85 |
|
| Authors:
Edward J. Kowalski; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| HQ Aeronautical Systems Division (ASD/TAM), Wright-Patterson AFB, OH 45433-5999 requested assistance from the Air Force Packaging Evaluation Agency (AFPEA) to conduct certification testing on a new Maverick missile container. The prototype container was fabricated by a contractor and shipped to AFPEA for testing. The purpose of this project was to determine if the prototype container CNU-399/E will protect its contents, the AGM-65A/B/C/D/E/F All-UP-Round (AUR) maverick Missile and components during worldwide ... |
|
| Design and Development of E3 Antenna Container |
03 SEP 85 |
|
| Authors:
Farley T. Hinds; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Warner-Robins ALC/DSTD, Robins AFB GA 31098, requested the Air Force Packaging Evaluation Agency, Wright-Patterson AFB Ohio 45433, to participate as a consultant in the design, development, and testing of a new container for shipping and storage of the E3 Antenna used on the airborne warning and control system (AWACS) aircraft. Evaluation of previous efforts to provide a qualified container revealed a need for substantial changes in the containerization process. The ... |
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| Evaluation of Air and Ground Launched Cruise Missile Navigational Element Containers |
NOV 84 |
|
| Authors:
A. J. Sicard; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| At the request of the Joint Cruise Missile Program Office (JCMPO), Washington, D.C., AFPEA conducted a comparative performance evaluation of cruise missile packaging systems proposed by two subcontractors to provide 15G shock protection to three fragile, navigational instrumentation units. Both packaging systems employed elastomeric shock isolators with different internal platforms and different types of body shells. The containers were tested against a common test plan developed with the concurrence of ... |
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| BI-PAC F-15 External Fuel Tank Container Modification |
SEP 1984 |
|
| Authors:
E. J. Kowalski; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| A request was made to test and evaluate BI-PAC Fiberglass Containers, NSN 1560-01-017-0858FX, used for shipment/storage of F-15, 600-gallon external fuel tanks. Reports from WR-ALC/DSTD indicated that damage was occurring to the fuel tanks while in transit. Inspection and evaluation by AFPEA revealed a need for container modifications. Tie-down rings, stacking posts, restraint bars, and stowage positions of these items were modified. Results of the in-house testing indicate that the ... |
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| Field Test of Irreversible Humidity Indicator |
01 DEC 1983 |
|
| Authors:
F. C. Jarvis; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The objective of this report was to determine the effectiveness of irreversible relative humidity (RH) indicators in the storage environment of DOD organizations throughout the Continental United States (CONUS). Twelve DOD organizations participated in a twelve month field test of irreversible RH indicators which were installed in a various types of containers with a variety of items. The indicator, which turns to a dark orange/brown color after exposure at 55% ... |
|
| Redesign of Cargo Mobility Containers |
20 OCT 1983 |
|
| Authors:
AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Management and acquisition for a family of newly configured mobility containers was assigned to the Air Force Packaging Evaluation Agency (AFPEA). Program support, along with development funding for prototyping and testing, was provided by ASD/AFALD Productivity, Reliability, Availability and Maintainability (PRAM) office. The program objective, established by HQ USAF, was to implement an aggressive US Air Force Mobility Container Enhancement Program. As a result, new mobility containers were designed to ... |
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| Qualification Testing CNU-263/E Maverick Missile Container |
SEP 1983 |
|
| Authors:
Edward J. Kowalski; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The purpose of this project was to determine if the prototype container CNU-263/E will protect its contents, the AGM-65B Maverick Missile, during transportation and storage. |
|
| Test and Evaluation of Method II, GAU-8 30mm Ammunition Containers |
01 AUG 1983 |
30 pages |
| Authors:
William Gregory Moss; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| On 10 Jan 83, testing commenced on a sealed version of the GAU-8 30mm ammunition container, hereafter designated the CNU-383. Testing concluded on 24 Mar 83. The CNU-383 passed all the required tests for qualification; however, some deficiencies affecting container usability were detected. Design changes were recommended to correct these problems and should be incorporated into the container design prior to delivery. (Author) |
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| Evaluation of Type II Fast Packs for Electrostatic Discharge Properties |
AUG 1983 |
|
| Authors:
Alfred J. Sicard; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| A commercially available cushioned, fiberboard pack was evaluated for both its electrostatic protection properties as well as its shock and vibration characteristics with regard to the critical protection of sensitive electronic components. The cushioning performance of the pack was compared with that of a similar size standard Type II Fast Pack (PPP-B-1672). The results of this evaluation indicated that the pack provided cushioning protection which, on average, was comparable to ... |
|
| Vibration Test MK-82 Bomb Stamp Strap |
18 MAR 1983 |
|
| Authors:
Edward J. Kowalski; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The Stamp Strap Program requires that Live All-Up round Configuration MK-82 Bombs be shipped by aircraft for rapid deployment. There is, however, concern that the vibration caused by the aircraft on the MK-82 bombs with fins may have an effect on the safety of personnel and aircraft. Vibration tests were conducted on palletized inert MK-82 bombs with fins IAW a modified Method 5020.1 vibration test of Federal Test Method Standard ... |
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| Performance Evaluation of Metal versus Non-metal One-Quart Oil Cans |
DEC 1982 |
|
| Authors:
Dwight S. Sheeter; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Composite (fiber/paper) cans were found to be an inadequate substitute for metal cans; high density polyethylene cans with metal tops were only slightly better; high density polyethylene cans with pour spouts were found to be superior to metal cans in all applicable performance characteristics with exception of the stacking resistance. |
|
| Investigation of MIL-B-131 Barrier Material Heat Seals |
OCT 1982 |
|
| Authors:
Ted P. Smith; Dwight S. Sheeter; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| This study was performed to evaluate the severity of the 50 oz. dead weight test specified in MIL-P-116 for MIL-B-131 barrier material heat seals. Many of the Air Logistics Centers were reporting a high incidence of heat seal rejections. The study indicated the current test requirement and procedure to be realistic and attainable provided that proper techniques for equipment cleaning and set-up are followed. Also careful attention to temperature and ... |
|
| Development of a Specialized Pack for Shipping Water Specimens in Glass Bottles |
AUG 1982 |
|
| Authors:
Alfred J. Sicard; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| It was proposed that commercially available reusable polystyrene foam shippers be used to remedy a packaging deficiency causing excessive breakage, during shipment, of glass bottles filled with water specimens. A prototype of the specialized container, employing the proposed Poly-Foam shippers, and two conventional containers (representative of the packaging methods presently being used to ship specimens) were subjected to a severe free fall drop test in excess of the requirements of ... |
|
| Accelerated Corrosion Study of Primers for Mark 82 Bombs |
JUL 1982 |
49 pages |
| Authors:
Avery D. Watson; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| This evaluation was conducted to provide information on the comparative corrosion protection properties of ten different primers applied to MK82 bombs. The processing requirements and characteristics of the candidate primers, costs, and the accelerated corrosion test results were considered in determining the selection of a replacement primer(s). (Author) |
|
| 1982 Annual Report |
1982 |
|
| Authors:
AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The Air Force Packaging Evaluation Agency provides the Department of the Air Force with a packaging engineering capability that is available to all major commands and to certain other federal agencies. To assure dynamic engineering and technical progress in packaging, the AFPEA investigates, designs, develops, tests, and evaluates containers, materials, methods, and techniques. It provides integrated logistics support planning for acquisition programs and assistance to program managers for packaging and ... |
|
| Packaging New Dimension 80 |
1981 |
|
| Authors:
AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Contents: Redesign of Cargo Mobility Containers; DOD Standardization Program; Computer-Aided Design CAD) System; Design Criteria for Container Performance in Low Temperature Environments; Foam-in-Place Fuel Tank Containers; Fastener/Closure System Selection Guidelines; Shelterized Equipment Damage; Engine Container Modification; Fast Pack Specification Revision; Maverick Missile Container; F-107 Cruise Missile Engine Container; Tactical Electronics Reconnaissance Systems Support Equipment, AN/ALQ-125; Simulation Technique for Evaluating Containers; Packaging Management Plan, Proposed Data Item Description; Development and Testing ... |
|
| Test and Evaluation of Foam-in-Place Fuel Tank Container. |
DEC 1980 |
|
| Authors:
Shui-Nan Chuang; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| One single pack, F-100 aircraft, 200-gallon fuel tank foam-in-place (FIP), reusable container fabricated by Instapak, Sealed Air Corporation, Danbury CN 06810 was tested by the Air Force Packaging Evaluation Agency (AFPEA), Wright-Patterson AFB OH 45433. The container was tested IAW Federal Test Method Standard (FTMS) 101B, MIL-STD-810C and MIL-P-116G. Although a crack, with a maximum 1/2 in. gap, across the bottom section of the container resulted from the temperature shock ... |
|
| Performance Evaluation of Modified Type IV (XG3) Fast Pack, |
NOV 1980 |
|
| Authors:
Dwight S. Sheeter; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| In support of SM-ALC/DSTE, a proposed Type IV, XG3, modified Fast Pack container was evaluated. The modification to the Fast Pack involved the replacement of the polyurethane cushion material with polyethylene foam material of the same structural configuration. Test results revealed average shock transmission ranging between 20 to 30 Gs. This compares favorably with the force experienced by lighter weight items packaged in standard fast packs. (Author) |
|
| Evaluation/Redesign of the F-105 Pitch Rate Gyro Pack, |
OCT 1980 |
|
| Authors:
James D. Heck; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The F-105 Pitch Rate Gyro Pack was subjected to rough handling tests in compliance with Federal Test Method Standard 101B. The objective of this testing was to determine the level of shock protection provided for the Pitch Rate Gyro and to redesign the container if the current pack does not provide a 15 G level of protection, the rated fragility value for the item. It was determined that the pack ... |
|
| Evaluation of the F100-PW-100/F100-PW-200 Core Engine Module Container, |
APR 1980 |
|
| Authors:
James T. Steiger; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| This test was performed to determine if the new fiberglass-reinforced plastic (FRP) container can qualify as a shipping and storage container for the F100-PW-100/F100-PW-200 Core Engine Module. One prototype FRP container was tested by the Air Force Packaging Evaluation Agency. |
|
| Evaluation of Polyimide Flexible Foam, |
MAR 1980 |
|
| Authors:
W. Paul Robbins; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| A 0.5 pcf polyimide flexible foam developed by Solar Turbines International, Division of International Harvester Corp., was evaluated for cushioning and flammability characteristics. The results showed that the dynamic cushioning characteristics were equivalent to 0.5 polyurethane foam at 72 degrees F, superior at -40 degrees F and the foam has improved reuseability. When exposed to a flame of a bunsen burner the polyimide foam was considered non-burning, with little smoke ... |
|
| Improved Packaging for the LN-31 Inertial Measurement Unit (F-15 Aircraft), |
MAR 1980 |
|
| Authors:
Frank C. Jarvis; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The investigation of the current packaging for the F-15 Inertial Measurement Unit (LN-31 IMU) revealed that the pack will provide adequate shock and vibration protection for the item; however, it was anticipated that a less expensive pack could be developed at a cost savings of approximately 25% (PTPT Report 79-3, Packaging and Handling Analysis of the LN-31, 683420-14, Inertial Measurement Unit). A new improved pack was developed and evaluated. The ... |
|
| Packaging and Shipping Analysis of the C-5A Displacement Gyro, |
MAR 1980 |
|
| Authors:
Frank C. Jarvis; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The C-5A Displacement Gyro has been consistently listed as a 'High Burner' item on the K051.PW3-LQ-MQX aircraft maintenance cost data records and as of September 1979 it ranks number 49 on the list of 100 items. Evaluation of packaging for the gyro revealed that it can potentially be subjected to shock levels, during shipment, in excess of the 15 G fragility rating for this item. (Author) |
|
| Packaging and Shipping Analysis of the ASN-129 AHRS Displacement Gyro, |
29 NOV 1979 |
|
| Authors:
Frank C. Jarvis; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| The packaging and shipping analysis of the ASN-129 AHRS Displacement Gyro (A-10 aircraft) revealed that the Transportation Packaging Order pack (TPO 01-021-3681) will not provide the 15 to 20 G shock protection level recommended for this gyro. Field tests confirmed the results of the in-house study. (Author) |
|
| Evaluation of Expanded Bead Polyethylene Foam Cushioning For Packaging. |
NOV 1979 |
|
| Authors:
Richard V. Brown ; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| Expanded Bead Molded Polyethylene Foam Cushioning Material was evaluated for its static and dynamic characteristics. It was determined that the material meets the compression set and compressive strength requirements of Type I material of PPP-C-1752A, 'Cushioning Material, Packaging, Unicellular Polyethylene Foam, Flexible.' The material provides slightly better dynamic cushioning in the optimum cushioning static stress range than conventional polyethylene sheet stock materials. Application of molded polyethylene should prove to be ... |
|
| Comparative Evaluation of Container Leak Test Procedures of Federal Test Method Standard 101B Method 5009 |
JUL 1979 |
5 pages |
| Authors:
Dwight S. Sheeter; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
|
| This report presents an evaluation in Container Leak tests, i.e., the squeeze technique, (para 6.4), versus the vacuum chamber technique, (para 6.2), prescribed in method 5009-1 of Federal Test Method Standard 101-B. The squeeze test was found to be a suitable alternative to the vacuum chamber test for determining leaks in flexible self supporting containers sealed in atmospheric conditions. |
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| Evaluation of an 'Isopod' Reusable Shipping Container for the F-16 Fire Control Radar System Components, |
15 JAN 1979 |
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| Authors:
Frank C. Jarvis; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
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| The evaluation of the Hughes Standard 'Isopod' reusable container revealed that this container will adequately protect the F-16 Fire Control Radar System during rough handling situations encountered in shipment. The maximum shock level recorded during the evaluation was 12 Gs. Field test data of a shipment of the actual radar system components are included in this report. This Agency obtained 18 surplus 'Isopod' containers and incorporated the necessary restraining brackets ... |
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| Test and Evaluation of Household Goods Container, |
DEC 1978 |
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| Authors:
Edward J. Kowalski; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
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| The Development of Closure Devices for Flexible Containers |
MAY 1977 |
28 pages |
| Authors:
Paul Robbins; AIR FORCE PACKAGING EVALUATION AGENCY WRIGHT-PATTERSON AFB OH
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| The development of an improved closure system for the construction of flexible engine containers in conjunction with the development of new barrier materials (PTPT Report No. 76-21) has been completed. A thorough study of designs, materials, and manufacturing processing was conducted. An extruded polyurethane stand-up closure met the requirements for efficient opening and closing and providing a controlled environment for protection of military hardware when installed on the new improved ... |
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