EXPERIMENTAL INVESTIGATION ON MECHANICAL CHARACTERIZATION OF PAN CARBON
Journal Title: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) - Year 2018, Vol 8, Issue 3
Abstract
The main factors that derive the use of composites are weight reduction, corrosion resistance, specific strength and stiffness, when compared to traditional materials or conventional materials. Characterization of each composite material is done before its application in product development. In the present work, the mechanical characteristic properties of Carbon as reinforcement will be studied. Laminates will be made with fabric of PAN, based Carbon and sample pieces are tested as per ASTM standards. The quality of laminates is verified and further tested for their mechanical properties like tensile, compression, flexure & ILSS. Fiber volume fraction is also determined from resin content and density.
Authors and Affiliations
Keywords
Related Articles
- EP ID EP377032
- DOI -
- Views 70
- Downloads 0
Analysis of Tube Failure in Economizer and Super Heater Tube in Thermal Power Station
Boiler tube failure continues to be the leading cause for forced outages in fossil fired boiler. The tube failure may be a simple problem, unless it causes damage to the power plant and affects safety of the human being....
Experimental Study on a Spark Ignitio Engine Fuelled with Petrol and N-Butanol Blends
An Experimental study was carried out on a Twin cylinder, Car-Spark Ignition Engine with MPFI fuel system, then the Engine Runs at the constant speed of 2500rpm for all loads, Fuelled with petrol and n-Butanol blends at...
CFD Analysis of Pelton Bucket
Pelton wheel turbine is by and large utilized for mechanical power age in hydroelectric power plant. Vibration delivered in the framework is constrained vibration. The dynamic attributes of a hydro turbine control depend...
Improving Oxidation Behavior of (Alpha- Beta) (Cu-Zn40) Brass by Aluminum Addition
Brass alloys with a zinc content of 35 % and more have a mixture of the alpha (FCC) and beta (BCC) phases, that causes an increasing in hardness significantly. Further, this alloy can be formed only by hot-working. There...
A Comparative Assessment of Tensile Strength and Corrosion Protection in Friction Stir Processed AA7075-T651 Matrix Composites using Fly Ashes Nanoparticles as Reinforcement Inhibitors in 3.5 % NaCl
This research presents the performance of eco-friendly waste materials, which are wood fly ash nanoparticle (WFA-NPs) and coal fly ash nanoparticles (CFA-NPs) as economical reinforcements corrosion inhibitors on friction...