EXPERIMENTAL DEVELOPMENT OF BIO-BASED POLYMER MATRIX BUILDING MATERIAL AND FISH BONE DIAGRAM FOR MATERIAL EFFECT ON QUALITY

Journal Title: International Journal for Quality Research - Year 2014, Vol 8, Issue 2

Abstract

These days cost of building materials are continuously increasing and the conventional construction materials for this particular purpose become low and low. The weight of conventional construction materials particularly building block is heavy and costly due to particularly cement. Thus, the objective of this paper is to develop an alternative light weight, high strength and relatively cost effective building material that satisfy the quality standard used in the country. A bio-based polymer matrix composite material for residential construction was experimentally developed. Sugar cane bagasse, thermoplastics (polyethylene g roup) sand and red ash were used as materials alternatively. Mixing of the additives,melting of the hermoplastics, molding and curing (drying)were the common methods used on the forming process of the samples. Mechanical behavior evaluation (testing) of the product was carried out. Totally 45 specimens were produced and three replicate tests were performed per each test type. Quality analysis was carried out for group B material using Ishikawa diagram. The tensile strength of group A specimen was approximately 3 times greater than that of group B specimens. The compression strength of group A specimens were nearly 2 times greater than group B. Comparing to the conventional building materials(concert block and agrostone)produced in the country, which the compression strength is 7Mpa and 16Mpa respectively, the newly produced materials show much better results in which Group A is 25.66 Mpa and group B is 16.66 Mpa. energy absorption capacity of group A specimens was approximately 3 times better than that of group B. Water absorption test was carried out for both groups and both showed excellent resistivity. Group A composite material specimens, showed better results in all parameters.

Authors and Affiliations

Asmamaw Tegegne,, Tekalegn Argu

Keywords

Related Articles

SELECTION OF BUSINESS STRATEGIES FOR QUALITY IMPROVEMENT USING FUZZY ANALYTICAL HIERARCHY PROCESS

Fuzzy linguistic concepts are often used to enhance the traditional analytic hierarchy process (AHP) in capturing the fuzziness and subjectiveness of decision makers’ judgments. In this paper, fuzzy AHP methodology is ad...

PROCESS PERFORMANCE EVALUATION USING HISTOGRAM AND TAGUCHI TECHNIQUE IN LOCK MANUFACTURING COMPANY

Process capability analysis is a vital part of an overall quality improvement program. It is a technique that has application in many segments of the product cycle, including product and process design, vendor sourcing,...

THE RELATIONSHIP BETWEEN MOTIVES AND BENEFITS ON ADOPTING QLASSIC – CIS 7: 2006 IN MALAYSIA CONSTRUCTION INDUSTRY

This paper reviews on the building contractors motivating factors on adopting the newly imposed quality assurance initiative in Malaysia's construction industry. The quality assurance initiative named Quality Assessment...

HYBRIDIZATION OF ARTIFICIAL NEURAL NETWORK USING DESIRABILITY FUNCTIONS FOR PROCESS OPTIMIZATION

As desirability functions, proposed by many authors, follow most of the properties of standard transfer functions used for ANN, the objective of hybridsation in this study is to make use the property of desirability func...

REVIEW OF LITERATURE ON QUALITY OF WORKLIFE

Good Quality of worklife is necessary for an organization to attract and to retain skilled and talented employees. In order to survive in the competitive market because of Liberalization, Privatization and Globalization...

Download PDF file
  • EP ID EP217636
  • DOI -
  • Views 111
  • Downloads 0

How To Cite

Asmamaw Tegegne, , Tekalegn Argu (2014). EXPERIMENTAL DEVELOPMENT OF BIO-BASED POLYMER MATRIX BUILDING MATERIAL AND FISH BONE DIAGRAM FOR MATERIAL EFFECT ON QUALITY. International Journal for Quality Research, 8(2), 277-292. https://europub.co.uk./articles/-A-217636