Add to ORKGFlexural creep behavior of nylon 6/6 based long fiber thermoplastics (LFT) was determined using transient and dynamic testing methods. While the effect of increasing fiber volume fraction reduced creep, there was only a negligible effect of flow orientation effect. The creep data generated by dynamic mechanical analysis (DMA) tests was consistent with the transient tests
Tensile creeps have been conducted upon a woven, glass-fibre laminated epoxy composite and a 0/90° c...
International audienceIn this work, the time-dependent mechanical behavior of a short carbon fiber-r...
Fibre reinforced polymer (FRP) laminates are being currently used within industrial, automotive, nav...
Flexural creep properties were studied as a function of fiber weight fraction and processing-induced...
Creep properties of IM7/K3B composite material were obtained using three accelerated test methods at...
This study presents the characterization of the creep response of unidirectional (UD) glass fiber re...
Two grades of 30 weight% short fiber reinforced polypropylene were processed by conventional injecti...
[[abstract]]©1999 Wiley - The creep behavior of long glass fiber reinforced thermoplastic composite ...
Long fiber reinforced thermoplastics (LFT) appear to be promising for the cost efficient manufacture...
Abstract-Injection molded long fiber thermoplastic components are being used in recent days as a via...
For the prediction of long term behavior several methods are known. This paper focuses on creep in d...
Creep behavior of neat, talc-filled, and short glass fiber reinforced injection molded thermoplastic...
International audienceShort carbon fiber reinforced high performance thermoplastics, like poly (ethe...
ABSIXACT: This paper describes an experimental study on the tensile creep behavior of a random conti...
For the prediction of long term behavior several methods are known. This paper focuses on creep in d...
Tensile creeps have been conducted upon a woven, glass-fibre laminated epoxy composite and a 0/90° c...
International audienceIn this work, the time-dependent mechanical behavior of a short carbon fiber-r...
Fibre reinforced polymer (FRP) laminates are being currently used within industrial, automotive, nav...
Flexural creep properties were studied as a function of fiber weight fraction and processing-induced...
Creep properties of IM7/K3B composite material were obtained using three accelerated test methods at...
This study presents the characterization of the creep response of unidirectional (UD) glass fiber re...
Two grades of 30 weight% short fiber reinforced polypropylene were processed by conventional injecti...
[[abstract]]©1999 Wiley - The creep behavior of long glass fiber reinforced thermoplastic composite ...
Long fiber reinforced thermoplastics (LFT) appear to be promising for the cost efficient manufacture...
Abstract-Injection molded long fiber thermoplastic components are being used in recent days as a via...
For the prediction of long term behavior several methods are known. This paper focuses on creep in d...
Creep behavior of neat, talc-filled, and short glass fiber reinforced injection molded thermoplastic...
International audienceShort carbon fiber reinforced high performance thermoplastics, like poly (ethe...
ABSIXACT: This paper describes an experimental study on the tensile creep behavior of a random conti...
For the prediction of long term behavior several methods are known. This paper focuses on creep in d...
Tensile creeps have been conducted upon a woven, glass-fibre laminated epoxy composite and a 0/90° c...
International audienceIn this work, the time-dependent mechanical behavior of a short carbon fiber-r...
Fibre reinforced polymer (FRP) laminates are being currently used within industrial, automotive, nav...