Add to ORKGFourteen adhesives used to bond a glass-fabric-reinforced phenolic resin laminate to steel were tested in order to determine their shear strengths at temperatures from 75 F to 500 F. Fabrication methods were varied to evaluate the effect of placing cloth between the facing surfaces to maintain a uniform bond-line thickness. One glass-fabric supported phenolic adhesive was found to have a shear strength of 3,400 psi at 300 F and over 1,000 psi at 500 F. Strength and fabrication data are tabulated for all adhesives tested
This work presents the results of comparative tests for the determination of Young’s modulus and the...
The use of reinforcements in adhesive joints makes the stress distribution more uniform, improving t...
This communication highlights the study of glass-steel interface behaviour where the adhesion is ach...
Fourteen adhesives used to bond a glass-fabric-reinforced phenolic resin laminate to steel were test...
Thesis (M.S.)--Wichita State University, Dept. of Aerospace Engineering."July 2006."Includes bibliog...
The use of adhesive joints has increased in recent decades due to their competitive features in comp...
A glued joint is a suitable connection between a glass pane and a framework. The mechanical properti...
A study was performed to observe how changes in temperature and substrate material affected the stre...
The use of large glass areas is a hallmark of modern architecture, and glass is also used as a struc...
The flexural properties of samples of glass-fabric laminates were determined for several conditions ...
Polyurethane adhesive mixed to various proportions with milled glass fibers match the thermal charac...
High temperature polymer surface characteristics associated with joint strength were evaluated. Sele...
Interest in polyethylene and polypropylene bonding has increased in the last years. However, adhesiv...
Putty has been used for ages to seal the connection between glass plates and glazing bars in window ...
A general method for characterizing structural adhesives in the bonded lap shear mode is proposed. T...
This work presents the results of comparative tests for the determination of Young’s modulus and the...
The use of reinforcements in adhesive joints makes the stress distribution more uniform, improving t...
This communication highlights the study of glass-steel interface behaviour where the adhesion is ach...
Fourteen adhesives used to bond a glass-fabric-reinforced phenolic resin laminate to steel were test...
Thesis (M.S.)--Wichita State University, Dept. of Aerospace Engineering."July 2006."Includes bibliog...
The use of adhesive joints has increased in recent decades due to their competitive features in comp...
A glued joint is a suitable connection between a glass pane and a framework. The mechanical properti...
A study was performed to observe how changes in temperature and substrate material affected the stre...
The use of large glass areas is a hallmark of modern architecture, and glass is also used as a struc...
The flexural properties of samples of glass-fabric laminates were determined for several conditions ...
Polyurethane adhesive mixed to various proportions with milled glass fibers match the thermal charac...
High temperature polymer surface characteristics associated with joint strength were evaluated. Sele...
Interest in polyethylene and polypropylene bonding has increased in the last years. However, adhesiv...
Putty has been used for ages to seal the connection between glass plates and glazing bars in window ...
A general method for characterizing structural adhesives in the bonded lap shear mode is proposed. T...
This work presents the results of comparative tests for the determination of Young’s modulus and the...
The use of reinforcements in adhesive joints makes the stress distribution more uniform, improving t...
This communication highlights the study of glass-steel interface behaviour where the adhesion is ach...