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Supplement to fatigue tests of glass-fabric-base laminates subjected to axial loading : effect of notches

Creator:: Kimball, Kenneth Edmund and Forest Products Laboratory (U.S.)
Abstract:: This report presents the results of tests made to determine the effect of different types of configurations and notches on the tensile strength and fatigue strength of a typical epoxy laminate. Tension tests were first made of 13 groups of specimens having different forms. Based on the results of the...
Resource Type:: Technical Report
Full Text:: fatigue tests of glass-reinforced plastic lami- nates subjected to axial loading have shown that the

Supplement to fatigue tests of glass-fabric-base laminates subjected to axial loading

Creator:: Werren, Fred and Forest Products Laboratory (U.S.)
Abstract:: This report presents the results of fatigue tests of an epoxide laminate subjected to axial loading. Direct stress tests were made at 0°, 15°, 30°, and 45° to the warp direction. Stress was applied at a frequency of 900 cycles per minute at zero mean stress on both unnotched and...
Resource Type:: Technical Report
Full Text:: laminates. Since glass- fabric-base plastic laminates are generally orthotropic, however, fatigue data are

Supplement to fatigue tests of glass-fabric-base laminates subjected to axial loading

Creator:: Boller, Kenneth H. and Forest Products Laboratory (U.S.)
Abstract:: This report has been prepared as a supplement to Forest Products Laboratory Report No. 1823, "Fatigue Tests of Glass-Fabric-Base Laminates Subjected to Axial Loading." It presents a correlation of the fatigue data in the basic report with stress-rupture data on the same material reported in Forest Products Laboratory Report No....
Resource Type:: Technical Report
Full Text:: -Base Plastic Laminate." The basic report presents the fatigue properties of three types of glass

Fatigue tests of glass-fabric-base laminates subjected to axial loading

Creator:: Boller, Kenneth H. and Forest Products Laboratory (U.S.)
Abstract:: Information reviewed and reaffirmed August 1958. Original report issued May 1952.
Resource Type:: Technical Report
Full Text:: Summary and Conclusions The fatigue properties of three glass-fabric-base plastic laminates were

Application of prot test method to stress-rupture curves of glass-reinforced plastic laminates

Creator:: Forest Products Laboratory (U.S.) and Boller, Kenneth H.
Abstract:: Information reviewed and reaffirmed 1965. Original report dated September 1958.
Resource Type:: Technical Report
Full Text:: - REINFORCED PLASTIC LAMINATES September 1958 No. 2118 INFORMATION REVIEWED AND REAFFIRMED 1965 FOREST

Fatigue test of phenolic laminate at high stress levels and elevated temperatures

Creator:: Stevens, Gordon H. and Forest Products Laboratory (U.S.)
Abstract:: This report is one of a series issued in cooperation with the ANC-17 Panel on Plastics for Flight Vehicles of the Departments of the Air Force, Navy, and Commerce.
Resource Type:: Technical Report
Full Text:: . 1884 Introduction • Fatigue properties of a few plastic laminates under repeated loading have

Preparation of lignin-filled paper for laminated plastics

Creator:: Forest Products Laboratory (U.S.)
Abstract:: Revised September 1957. Original report was dated August 1943.
Resource Type:: Technical Report
Full Text:: Forest Servic e U . S. Department of Agricultur e Introduction Methods of making a laminated plastic

Effect of defects on the tensile and compressive properties of a glass-fabric-base plastic laminate

Creator:: Forest Products Laboratory (U.S.), Werren, Fred, and Heebink, Herbert W.
Abstract:: This report is one of a series issued in cooperation with the Air Force-Navy-Civil Subcommittee on Aircraft Design Criteria under the supervision of the Aircraft Committee of the Munitions Board. Information reviewed and reaffirmed March 1955 and 1960. Results here reported were obtained during 1950.
Resource Type:: Technical Report
Full Text:: CIF A GLASS-FABRIC-BASF PLASTIC LAMINATE Information 12cvietuec I Peaffirr March 1955 INFO This

Tensile stress-rupture and creep characteristics of two glass-fabric-base plastic laminates

Creator:: Boller, Kenneth H. and Forest Products Laboratory (U.S.)
Abstract:: This report is one of a series issued in cooperation with the ANC-17 Panel on Plastics for Aircraft of the Departments of the Air Force, Navy, and Commerce. Information reviewed and reaffirmed 1965. Original report issued June 1957.
Resource Type:: Technical Report
Full Text:: -FABRIC-BASE PLASTIC LAMINATES No. 1863 June 1937 INFORMAT!fl9 RFV1EWED' AND REAFFiRMED 1965 This

Effect of different catalysts and amounts of styrene monomer on strength and durability of glass-cloth plastic laminates

Creator:: Forest Products Laboratory (U.S.), Mohaupt, Alvin A., and Freas, Alan D'Yarmett, 1910-
Abstract:: This report is one of a series issued in cooperation with the Air Force-Navy-Civil Subcommittee on Aircraft Design Criteria under the supervision of the Aircraft Committee of the Munitions Board. Information reviewed and reaffirmed 1958. Original report issued March 1952.
Resource Type:: Technical Report
Full Text:: AMOUNTS OF STYRENE MONMER ON STRENGTH AND DURABILITY OF GLASS-CLOTH PLASTIC LAMINATES1 By A. A

ScholarsArchive@OSU

Supplement to fatigue tests of glass-fabric-base laminates subjected to axial loading : effect of notches

Supplement to fatigue tests of glass-fabric-base laminates subjected to axial loading

Supplement to fatigue tests of glass-fabric-base laminates subjected to axial loading

Fatigue tests of glass-fabric-base laminates subjected to axial loading

Application of prot test method to stress-rupture curves of glass-reinforced plastic laminates

Fatigue test of phenolic laminate at high stress levels and elevated temperatures

Preparation of lignin-filled paper for laminated plastics

Effect of defects on the tensile and compressive properties of a glass-fabric-base plastic laminate

Tensile stress-rupture and creep characteristics of two glass-fabric-base plastic laminates

Effect of different catalysts and amounts of styrene monomer on strength and durability of glass-cloth plastic laminates

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