International Journal of Industrial Production and Material Science
type: channel
description: Industrial Production, the Fast-developing area within the Industrial production and Material Engineering. It is an assortment of Mechanical engineering and Industrial engineering and Material engineering. It’s far a branch of engineering involved with the development, improvement, implementation and evaluation of incorporated structures of human beings, cash, expertise, statistics, device, strength, cloth and manner. Aim and Scope: International journal of Industrial Production and Material Engineering is a scholarly peer reviewed research publishing journal which affords quick Publication of articles in all regions of Industrial Engineering, Material Engineering, Manufacturing and Production, incorporating elements of mechanical. The journal publishes quality genuine papers along with however no longer restrained to the subsequent fields: Manufacturing Engineering Material Engineering Industrial and Production Engineering Thermodynamics Bonding of Material Biomaterials Metallurgy and recycling Microfabrication Building Mechanical System MAT journal welcomes the High quality research papers, review papers, short article, report, conference papers, and many others for publication.
language: en-US
publication name: International Journal of Industrial Production and Material Science
items: Design and Analysis of Reinforced Ceramic with Epoxy Resin and Graphite
items: Effect of Process Parameters on Pultruded Jute Fiber Polymer Composite Flexural Strength

Design and Analysis of Reinforced Ceramic with Epoxy Resin and Graphite
type: item
description: Nowadays, polymer matrix composite plays a vital role in automotive, aerospace and marine engineering. The epoxy composite was prepared using the hand layup method in room temperature. The reinforcement of ceramic/graphite with epoxy resin composite is to improve the mechanical properties like impact strength and hardness. The tensile strength, compression strength, impact strength and hardness of mixtures of epoxy resin and ceramic powder and graphite (granite powder) were reported. The sample consists of mixtures with percentage weights of 70 % epoxy resin with 28 % ceramic and 2 % graphite, where the epoxy resin (ly556) was the majority phase; the hardener (hy951) was used as catalyst. The material is tested to obtain the hardness, compression strength, tensile strength and impact strength.
creator: B. Shanmugasundaram
creator: R. Prathipa
rights: Copyright (c) 2017 International Journal of Industrial Production and Material Science
date: 2017-06-12
publication date: 2017-06-12
volume: 1
number: 1
starting page: 1
ending page: 8

Effect of Process Parameters on Pultruded Jute Fiber Polymer Composite Flexural Strength
type: item
description: Pultrusion is the manufacturing procedure for generating fiber strengthened composites with steady pass sectional profiles comparatively at low value. There are numerous parameters which affect the properties of pultruded fiber strengthened polymer (FRP) composite. in the gift paintings three parameters i.e. pulling pace, die temperature and weight % of calcium carbonate in polyester resin as filler to optimize the flexural power of jute fiber strengthened polymer (JFRP). Pultrusion of JFRP composite strip is carried out on indigenous pultrusion setup.Taguchi l9 orthogonal array is used for design of experiment and ANOVA is carried out for analysis of result. It has been observed that as the die temperature increases from 1750c Flexural strength decreases while flexural strength of pultruded JFRP first increases and then decreases with increase in pulling speed and % weight content of CaCO3. The optimum level of all three parameter gives 142 MPa flexural strength of pultruded JFRP composite.
creator: ANURAG GUPTA
creator: DR. HARI SINGH
creator: DR. R.S. WALIA
rights: Copyright (c) 2017 International Journal of Industrial Production and Material Science
date: 2017-06-27
publication date: 2017-06-27
volume: 1
number: 1
starting page: 9
ending page: 18