References
[1]. Hassan, K., Cabrera, J., and Maliehe, R. (2000). “The
effect of mineral admixtures on the properties of highperformance
concrete” School of Civil Engineering, Civil
Engineering Materials Unit (CEMU), University of Leeds,
Leeds LS2 9JT, UK.
[2]. Arunachalam K., Gopalkrishnan R. (2004).
"Experimental Investigation on High Performance Fly ash
Concrete in Normal and Aggressive Environment',
th Proceedings on 29 Conference on “Our World in
Concrete and Structures”, Aug, 2004, Singapore.
[3]. Kwan, and Henry, H. (2005). “Packing Density: A Key Concept for Mix Design of High Performance Concrete”,
Dep't of Civil Engineering, University of Hong Kong, January
17,2013.
[4]. Alam, J., Hassan, A. (2006). “Possible use of fly ash
generated from Barapukeria power plant for sustainability”.
[5]. Suryawanshi, S.C. (2007). “Structural significance of
high performance concrete”, Indian Concrete Journal,
13-16.
[6]. Kanmalai, W., Partheeban, P., and Felix, K.T. (2008).
"Mechanical Properties of High Performance Concrete
incorporating Granite Powder as Fine Aggregate”,
International Journal on Design and Manufacturing
Technologies, Vol.2, 67-73.
[7]. Ghorpade V.G. (2010). "An Experimental Investigation
on Glass Fiber Reinforced High Performance Concrete with
th Silica Fumes as Admixtures”, Proceedings on 35
Conference on “Our World in Concrete and Structures”,
Aug, 2010, Singapore.
[8]. Aggarwal, V., Dr.Gupta, S., and Dr.Sanchadeva, S.
(2010). “Concrete durability through high volume fly ash
concrete (HVFC)”.
[9]. Pazhani, K., and Jeyaraj (2010). “Study on Durability of
High Performance Concrete with Industrial Wastes”, ATIApplied
Technologies &Innovations, Vol.12, Issue 2, 19-28.
[10]. Malagavelli, V., and Rao, P. (2010). “High
Performance Concrete with GGBS and Robo Sand”,
International Journal of Engineering Science &
Technology, Vol.2 (10), 5107-5113.
[11]. Muthupriya, P., Subramanium, K., and Vishwaraman,
B. (2011). “Investigation on Behaviour of High Performance
Reinforced Concrete Columns with Metakaolin & Fly ash as
Admixtures”, International Journal of Advanced
Engineering & Technology, Vol 11, Issue1, 190-202.
[12]. Shukla, A., Singh, K., and Sharma, A. (2011). “Study of
the Properties of Concrete by Partial Replacement of OPC
by Rice Husk Ash”, International Journal of Earth Sciences &
Engineering, Vol 4, No.6, 965-968.
[13]. Verma, A., Chandak, R., and Yadav, R.K. (2012).
“Effect of Micro Silica on the Strength of Concrete with
OPC”, Research Journal of Engineering Sciences, Vol.1 (3),
1-4.
[14]. Vinayagam (2012). “Experimental Investigation on
High Performance Concrete using Silica Fume and Super
plasticizer ”, International Journal of Computer &
Communication Engineering, Vol.1No.2, 168-171.
[15]. Suvarna Latha,K., Rao, M.,V., and Reddy, V. (2012).
“Estimation of GGBS and HVFA Strength Efficiencies in
Concrete with Age”, International Journal of Engineering
and Advanced Technology (IJEAT) ISSN: 2249 – 8958, Vol. 2,
Issue-2
[16]. Patil, B., and Kumbhar P. (2012). “Strength and
Durability Properties of High Performance Concrete
incorporating High Reactivity Metakaolin”, International
Journal of Modern Engineering Research, Vol. 2, Issue 3,
1099-1104.
[17]. Tamilarasan, V. (2012). “Workability studies on
concrete with GGBS as a Replacement material for
cement with and without superplasticizer”.
[18]. Swaroop, A., Venkateswararao, K., and
Kodandaramarao, P. (2013). "Durability Studies On
Concrete with Fly Ash & Ggbs”, International Journal of
Engineering Research and Applications (IJERA).
[19]. Kate, G., and Murnal, B. (2013). "Effect of Addition of
Fly ash on Shrinkage Characteristics on High Strength
Concrete”, International Journal of Advanced Technology
in Civil Engineering, Vol.2, Issue 1, 11-16.
