+603-2779 1479
general@cream.my
English
|
Malay
Home
About Us
Objectives & Our Story
Our People
Board of Trustee
Top Management
Directory
Organisation Structure
Product & Services
Research & Development
Double Tax Deduction
Industry Consultancy and Engagement
Assessment
Certification
CREAM Certification Services
CREAM SustainBuild Mark
Lab Testing
Forensic
Inspection & Sampling
Certificate of Approval
CPA/Technical Opinion
Journal Publication
MCRJ
Contractor's Quality Management System
Publication
Research & Development
Manual/Guidelines
Quality, Safety & Professionalism
Productivity
Building Information Modelling (BIM)
Industrialised Building System (IBS)
International Research Grant
Malaysian Construction Research Journal (MCRJ)
CREAM E-Magazine
Seminar & Workshop Materials
Technical Opinion Report
Construction 4.0 Strategic Plan (2021-2025)
Events & Activities
Calendar 2025
CREAM Webinar Series 2025
Seminar on Enforcement of Certificate of Standards Compliance (PPS)
Bulletin
News & Announcements
Integrity & Governance
Contact Us
Contact Information
Enquiry
Career
home
>
Publication
>
Publication
>
Malaysian Construction Research Journal (MCRJ)
>
Regular Issues
>
MCRJ Volume 5 No. 2 2009
MCRJ Volume 5 No. 2 2009
Format
Hardback / 248 muka surat
ISSN Number
2590 - 4140
Download PDF
Please enter valid quantity.
Email
Product Description
Welcome to the fifth issue of Malaysian Construction Research Journal (MCRJ). The editorial team would like to extend our gratitude to all contributing authors and reviewers for their contributions, continuous support and comments. It is hope that the readers will find beneficial information from this edition of MCRJ. A total of 6 papers will be discussed further in this issue.
Mashitah Mat Don, et. al. studies the chemical and mineralogical of recycled aggregates from concrete based-waste materials. Recycled aggregates from concrete basedwaste materials of demolition sites were found to be contaminated with hydrated cement paste and minor quantities of other substances.
H.Hamza, et. al. evaluates the alkali-silica reactivity (ASR) characteristics of aggregate samples from Sabah using simple chemical method. Petrographical studies and chemical tests were performed on sandstones and granite rocks obtained near Kota Kinabalu and results show that a number of specimens are potentially reactive.
Frequently Purchase Together
MCRJ Volume 21 No. 1 2017
MCRJ Volume 39 No. 1 2023
MCRJ Volume 33 No. 1 2021
MCRJ Volume 7 No. 2 2010
MCRJ Volume 12 No. 1 2013
MCRJ Volume 22 No. 2 2017