M-FILE FOR MIX DESIGN OF STRUCTURAL LIGHTWEIGHT CONCRETE USING DEVELOPED MODELS

An m-file for mix design of structural lightweight concrete is presented. Mix design of structural lightweight concrete is conducted using guide in the standards. This may be tasking involving reading and understanding of the relevant standards. This renders the process inefficient and liable to err...

Full description

Bibliographic Details
Main Authors: M. ABDULLAHI, HASHEM M. A. AL-MATTARNEH, BASHAR S. MOHAMMED, S. SADIKU
Format: Article
Language:English
Published: Taylor's University 2011-08-01
Series:Journal of Engineering Science and Technology
Subjects:
Online Access:http://jestec.taylors.edu.my/Vol%206%20Issue%204%20August%2011/Vol_6_4_520_531_ABDULLAHI.pdf
id doaj-8525356fa66341448396330172338b04
record_format Article
spelling doaj-8525356fa66341448396330172338b042020-11-25T01:59:28ZengTaylor's UniversityJournal of Engineering Science and Technology1823-46902011-08-0164520531M-FILE FOR MIX DESIGN OF STRUCTURAL LIGHTWEIGHT CONCRETE USING DEVELOPED MODELSM. ABDULLAHIHASHEM M. A. AL-MATTARNEHBASHAR S. MOHAMMEDS. SADIKUAn m-file for mix design of structural lightweight concrete is presented. Mix design of structural lightweight concrete is conducted using guide in the standards. This may be tasking involving reading and understanding of the relevant standards. This renders the process inefficient and liable to errors in computations. A computer approach to mix design will alleviate this problem. An m-file was developed in MATLAB environment for the concrete mix design. The m-file has been tested and has proved to be efficient in computing the mix composition for the first trial batch of lightweight concrete mixes. It can also perform concrete mixture proportioning adjustment.http://jestec.taylors.edu.my/Vol%206%20Issue%204%20August%2011/Vol_6_4_520_531_ABDULLAHI.pdfModelMix designLightweightConcreteM-file
collection DOAJ
language English
format Article
sources DOAJ
author M. ABDULLAHI
HASHEM M. A. AL-MATTARNEH
BASHAR S. MOHAMMED
S. SADIKU
spellingShingle M. ABDULLAHI
HASHEM M. A. AL-MATTARNEH
BASHAR S. MOHAMMED
S. SADIKU
M-FILE FOR MIX DESIGN OF STRUCTURAL LIGHTWEIGHT CONCRETE USING DEVELOPED MODELS
Journal of Engineering Science and Technology
Model
Mix design
Lightweight
Concrete
M-file
author_facet M. ABDULLAHI
HASHEM M. A. AL-MATTARNEH
BASHAR S. MOHAMMED
S. SADIKU
author_sort M. ABDULLAHI
title M-FILE FOR MIX DESIGN OF STRUCTURAL LIGHTWEIGHT CONCRETE USING DEVELOPED MODELS
title_short M-FILE FOR MIX DESIGN OF STRUCTURAL LIGHTWEIGHT CONCRETE USING DEVELOPED MODELS
title_full M-FILE FOR MIX DESIGN OF STRUCTURAL LIGHTWEIGHT CONCRETE USING DEVELOPED MODELS
title_fullStr M-FILE FOR MIX DESIGN OF STRUCTURAL LIGHTWEIGHT CONCRETE USING DEVELOPED MODELS
title_full_unstemmed M-FILE FOR MIX DESIGN OF STRUCTURAL LIGHTWEIGHT CONCRETE USING DEVELOPED MODELS
title_sort m-file for mix design of structural lightweight concrete using developed models
publisher Taylor's University
series Journal of Engineering Science and Technology
issn 1823-4690
publishDate 2011-08-01
description An m-file for mix design of structural lightweight concrete is presented. Mix design of structural lightweight concrete is conducted using guide in the standards. This may be tasking involving reading and understanding of the relevant standards. This renders the process inefficient and liable to errors in computations. A computer approach to mix design will alleviate this problem. An m-file was developed in MATLAB environment for the concrete mix design. The m-file has been tested and has proved to be efficient in computing the mix composition for the first trial batch of lightweight concrete mixes. It can also perform concrete mixture proportioning adjustment.
topic Model
Mix design
Lightweight
Concrete
M-file
url http://jestec.taylors.edu.my/Vol%206%20Issue%204%20August%2011/Vol_6_4_520_531_ABDULLAHI.pdf
work_keys_str_mv AT mabdullahi mfileformixdesignofstructurallightweightconcreteusingdevelopedmodels
AT hashemmaalmattarneh mfileformixdesignofstructurallightweightconcreteusingdevelopedmodels
AT basharsmohammed mfileformixdesignofstructurallightweightconcreteusingdevelopedmodels
AT ssadiku mfileformixdesignofstructurallightweightconcreteusingdevelopedmodels
_version_ 1724964398495170560