Improved phosphate‐based glass fiber performance achieved through acid etch/polydopamine treatment

Recycled Glass Fiber Reinforced Polymer Composites Incorporated in Mortar for Improved Mechanical Performance

Simulating Liquid Flow through Virtual Glass Fiber Mats

Liquid flow through unsaturated fibrous material has a variety of applications in different industries. Liquid distribution in fibrous structures has been experimentally studied for decades [1]. Accurate quantitative prediction of the liquid penetration, however, is not easy. This is because of the presence of a large number of parameters influencing the liquid transport in such structures. The...

Intracanal Retention of Glass Fiber Posts

  Objective: Fiber-reinforced composite (FRC) posts have recently become more popular for restoring endodontically treated teeth because of providing esthetics, better stress distribution and lower risk of root fracture. Resistance against tensile forces dislodging the post from the root canal is a prerequisite for these posts. This study aimed to evaluate the tensile retention (strength) of in...

Woven Glass Fiber-Reinforced

ment methods and two spec/imen diameters. Flexural strength and modulus of woven glass fiber-reinforced specimens werc significanLly greater than those without woven glass fiber (p<O.OD, Likewise, comprossive strength of reinforced specimens was signifieantly greater than those without woven glass fiber (p<O.Ol), except for specimens rcjnforced with woven glass fiber oriented at a tilt directio...

Improved PhD Performance Through Improved Organizational Structure and Processes

Australian government performance indicators for research funding are continually changing. The Australian University Quality Assessment is an exercise by the Australian Federal Government to examine quality of processes in Australian universities and other education providers. One of the performance indicators that can measure the improvement in processes is a survey that measures the satisfac...