Thermal degradation process of polysulfone aramid fiber
نویسندگان
چکیده
منابع مشابه
Behavioral Compression of Polyolfin-Aramid Fiber and Glass Fiber on Flexural Strength of Leca Concrete
LIGHTWEIGHT CONCRETE May consist of lightweight aggregates are used in ordinary concrete of coarse aggregate and sand, clay, foamed slag, clinker, crushed stone, aggregates of organic and inorganic. It used in different common shapes such as light weight aggregate concrete [1], concrete without fine [2] or concrete with bubble [3]. It is replaced by normal concrete in several applications becau...
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Seven composite models of meta-aramid fibers with different moisture contents were studied using molecular dynamics simulation. The effects of moisture on the thermal stability and mechanical properties of the fibers and their mechanisms were analyzed, considering characteristics such as hydrogen bonding, free volume, mean square displacement, and mechanical parameters. The simulation results s...
متن کاملGlass Concrete Thin Sheets Prestressed with Aramid Fiber Mesh
Concrete has been prestressed traditionally with high-strength steel. The vulnerability of such material to corrosion calls for alternate materials, if thin-sheet products are to be prestressed. A research project at Columbia University is investigating the feasibility of using aramid fiber mesh for such purpose. This paper explores the chemical and mechanical properties of aramid in the form o...
متن کاملBehavioral Compression of Polyolfin-Aramid Fiber and Glass Fiber on Flexural Strength of Leca Concrete
LIGHTWEIGHT CONCRETE May consist of lightweight aggregates are used in ordinary concrete of coarse aggregate and sand, clay, foamed slag, clinker, crushed stone, aggregates of organic and inorganic. It used in different common shapes such as light weight aggregate concrete [1], concrete without fine [2] or concrete with bubble [3]. It is replaced by normal concrete in several applications becau...
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ژورنال
عنوان ژورنال: Thermal Science
سال: 2014
ISSN: 0354-9836,2334-7163
DOI: 10.2298/tsci1405637z