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Proceedings page |
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Coventry University and
The University of Wisconsin Milwaukee Centre for By-products
Utilization |
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Second International
Conference on Sustainable Construction Materials and Technologies |
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June
28 - June 30, 2010, Universitŕ Politecnica delle Marche, Ancona,
Italy. |
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Main
proceedings |
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Printed
volume |
Page No. |
PaperNo. |
Authors |
Title |
Link to full text |
Main vol 1 |
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-1 |
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Cover showing ISBN |
cover.pdf |
Main vol 1 |
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0 |
|
Introduction and table of
contents |
Volume 1 thru
3_toc pgs.pdf |
Main vol 1 |
1 |
1 |
P. Kumar Mehta |
Sustainable Cements and Concrete
for the Climate Change Era – A Review |
l1.pdf |
Main vol 1 |
11 |
2 |
Surendra P. Shah and Nathan
Tregger |
Improving Fly Ash Cementitious
Materials for Sustainable Construction through Nanotechnology |
l2.pdf |
Main vol 1 |
23 |
3 |
Varenyam Achal, Abhijit
Mukherjee, and M. Sudhakara Reddy |
Microbial Concrete: A way to
Enhance the Durability of Building Structures |
l3.pdf |
Main vol 1 |
29 |
4 |
Henry Cardenas, Kunal
Kupwade-Patil and Sven Eklund |
Corrosion Mitigation in Mature
Reinforced Concrete using Nanoscale Pozzolan Deposition |
l4.pdf |
Main vol 1 |
41 |
5 |
Anjan K. Chatterjee |
The Indian Fly Ashes, Their
Characteristics, and Potential for Mechano-Chemical Activation for Enhanced
Usability |
l5.pdf |
Main vol 1 |
53 |
6 |
Ryo Fujita, Takashi Horiguchi
and Teppei Kudo |
Applicability of CLSM with
incinerated sewage sludge ash and crushed-stone powder |
l6.pdf |
Main vol 1 |
67 |
7 |
I. Kourti, D. Amutha Rani, A.R.
Boccaccini, C.R. Cheeseman |
Geopolymers from DC plasma
treated APC residues, metakaolin and GGBFS |
l7.pdf |
Main vol 1 |
77 |
8 |
Vito Alunno Rossetti, Luca Di
Palma, Antonella Ferraro |
Production and characterization
of aggregate from non metallic Automotive Shredder Residues |
l8.pdf |
Main vol 1 |
85 |
9 |
Valeria Corinaldesi, Gabriele
Fava, Maria Letizia Ruello |
Paper Mill Sludge Ash as
Supplementary Cementitious Material |
l9.pdf |
Main vol 1 |
95 |
10 |
Akira Shigematsu , Ryoichi Sato,
Tatsuya Nukushina, Mamoru Kimura |
Improvement of Properties of
B-Type Blast Furnace Slag Cement Concrete by Internal Curing |
l10.pdf |
Main vol 1 |
105 |
11 |
Issam Takla, Nicolas Burlion,
Jian-Fu Shao, Jérémie Saint-Marc, André Garnier |
Effects of the storage of CO2 on
multiaxial mechanical and hydraulic behaviours of an oilwell cement |
l11.pdf |
Main vol 1 |
117 |
12 |
John Zachar |
More Sustainable and Economical
Precast and Prestressed Concrete Using Fly Ash as a Cement Replacement |
l12.pdf |
Main vol 1 |
125 |
13 |
Javad Torkaman |
Improvement of Bondability in
Rice Husk Particleboard Made With Sodium Silicate |
l13.pdf |
Main vol 1 |
133 |
14 |
M.H. Majedi |
The application of construction
debris in gypsum blocks |
l14.pdf |
Main vol 1 |
139 |
15 |
T. Bilir, İ. Yüksel, İ.B. Topçu |
Effects of the Replacement of
Industrial By-Products as Fine Aggregate in Concrete on Chloride Penetration |
l15.pdf |
Main vol 1 |
151 |
16 |
Mark Singleton, John Hutchinson |
Development of Fibre-Reinforced
Polymer Composites in Building Construction |
l16.pdf |
Main vol 1 |
163 |
17 |
Mohammed Sonebi |
Rheology of Grouts Containing
Ground Granulated Blastfurnace Slag and Viscosity Enhancing Admixture |
l17.pdf |
Main vol 1 |
175 |
18 |
Ma Xinwei,Han Zhaoxiang,Li
Xueying |
Reactivity of Dehydrated Cement
Paste from Waste Concrete Subjected to Heat Treatment |
l18.pdf |
Main vol 1 |
181 |
19 |
Miguel P. Stehling, Abdias M. Gomes |
CO2 Emissions from Brazilian
Cement |
l19.pdf |
Manufacturing
Industry |
Main vol 1 |
189 |
20 |
R. Chaid, R. Jauberthie, F.
Rendell, A. Talah |
Chemical strength of the HPC
cured in sulphate environment |
l20.pdf |
Main vol 1 |
201 |
21 |
Ali Sadrmomtazi, Farzad
Kheirkhah, Ali Fasihi, Akbar K. Haghi |
Properties of Rice Husk Ash
Concrete Containing Nano-SiO2 |
l21.pdf |
Main vol 1 |
209 |
22 |
Ali Sadrmomtazi and Ali Fasihi |
Preliminary Study on the
Mechanical Behavior of Mortar Containing Waste Polypropylene Fiber and
Nano-SiO2 |
l22.pdf |
Main vol 1 |
217 |
23 |
Agnieszka J Klemm, Piotr Konca,
Piotr Klemm |
SUSTAINABLE CEMENT-GYPSUM
COMPOSITE WITH REDUCED ETTRINGITE EXPANSION |
l23.pdf |
Main vol 1 |
229 |
24 |
M. Bediako, A.A.A Adjaottor,
S.K.Y Gawu,C.K. Kankam |
POTENTIAL USE OF CRUSHED
GHANAIAN LIMESTONE IN PASTE AND MORTAR FORMULATED FOR MASONRY. |
l24.pdf |
Main vol 1 |
237 |
25 |
Min-Hong Zhang, Kĺre Reknes |
Effect of Modified
Lignosulphonate Superplasticizer on Workability Retention and Initial Setting
of Cement Pastes |
l25.pdf |
Main vol 1 |
247 |
26 |
J M Khatib, O Kayali, S Kenai, M
N Haque |
Effect of Curing Temperature on
Relative Strength of Metakaolin Concrete |
l26.pdf |
Main vol 1 |
255 |
27 |
İlker Bekir Topçu , Turhan
Bilir , Hakan Kuşan |
Life Cycle Assessment of
Concrete Using Adaptive Neuro-Fuzzy Inference Systems |
l27.pdf |
Main vol 1 |
265 |
28 |
Ayrton V. Costa, Adriana G.
Gumieri |
Use of Sinter-Feed Tailings as
Aggregate in the Production of Concrete Paving Elements |
l28.pdf |
Main vol 1 |
277 |
29 |
J.M. Ortega, I. Sánchez, M.A.
Climent |
Influence of Environmental
Conditions on Durability of Slag Cement Mortars |
l29.pdf |
Main vol 1 |
289 |
30 |
Mario Collepardi,Silvia
Collepardi,Daniele Ongaro,Alessandro Quadrio Curzio,Mauro Sammartino |
CONCRETE WITH BOTTOM ASH FROM
MUNICIPAL SOLID WASTES INCINERATORS |
l30.pdf |
Main vol 1 |
299 |
31 |
I. S. Pinheiro, L. C. Montenegro, A. G. Gumieri |
Pozzolanic Activity of Recycled
Red Ceramic Bricks |
l31.pdf |
Main vol 1 |
309 |
32 |
Vlastimil Bílek |
Development of Alkali-Activated
Concrete |
l32.pdf |
Containing
Recycled Wash Water |
Main vol 1 |
319 |
33 |
J M Khatib, S Kenai, J S Zhang,
S Firat, P H Harris |
Effect of Sample Location and
Curing on Pore Volume and Threshold Diameter of Cement Paste with and without
Slag |
l33.pdf |
Main vol 1 |
329 |
34 |
Jae Jin Choi,Doo Sun Choi |
Experimental Study on the
Time-dependent Property of Chloride Diffusivity |
l34.pdf |
Main vol 1 |
341 |
35 |
Cecilia Bartuli , Ranieri Cigna,
Osvaldo Fumei, Teodoro Valente |
Critical Examination of European
Standard EN 1504 for Products and Systems for Concrete Protection and Repair |
l35.pdf |
Main vol 1 |
349 |
36 |
Lydia Kiroff and Harry Roedel |
Sustainable Construction
Technologies: |
l36.pdf |
Earth
Buildings in New Zealand |
Main vol 1 |
361 |
37 |
Koichi Kobayashi, Hoshito Kurachi, and Keitetsu
Rokugo |
Experimental Study on Corrosion
Resistance of |
l37.pdf |
Strain
Hardening Cement-based Composites |
Main vol 1 |
371 |
38 |
Faiz A. M. Mirza Mohammed A. Saif |
The Mechanical Properties of
Recycled Aggregate Concrete Incorporating Silica Fume |
l38.pdf |
Main vol 1 |
383 |
39 |
Nguyen Van Tuan, Guang Ye, Klass
van Breugel and Zhanqi Guo |
Apparent activation energy of
cement blended with Rice husk ash |
l39.pdf |
Main vol 1 |
393 |
40 |
Zainab Z. Ismail, Enas A.
Al-Hashmi |
Validation of Using Mixed Iron
and Plastic Wastes in Concrete |
l40.pdf |
Main vol 1 |
405 |
41 |
Šyc Michal, Keppert Martin,
Pohořelý Michael, Novák Petr, Punčochář Miroslav, Fišerová
Eva, Pekárek Vladimír |
Fly Ash Treatment Technology in
Modern Waste Incineration Plant |
l41.pdf |
Main vol 1 |
413 |
42 |
Satoru YAMAMOTO, Kenkichi
TASHIRO, Yoshiko HOSODA, Kouji ISHII, Hiroshi SEKI |
Experimental Consideration on
Criteria for Cathodic Protection of RC Members under High Moisture
Conditions |
l42.pdf |
Main vol 1 |
429 |
43 |
Fernanda Andreola, Luisa Barbieri, Isabella
Lancellotti |
End of Life-Materials: WEEE
Glass Recovery |
l43.pdf |
in
Construction Sector |
Main vol 1 |
437 |
44 |
Obada Kayali, Jamal M. Khatib
and M. Sharfuddin Ahmed |
Industrial By-Products for
Sustainable Concrete Structures |
l44.pdf |
Main vol 1 |
447 |
45 |
John T. Kevern, Kejin Wang |
Investigation into Corn Ash as a
Supplementary Cementitious Material in Concrete |
l45.pdf |
Main vol 1 |
457 |
46 |
Mostafa.Khanzadi ,
Mohsen.Tadayon, Hamed.Sepehri and Mohammad.Sepehri |
Influence of Nano Silica
Particles on Mechanical Properties And
Permeability of Concrete |
l46.pdf |
Main vol 1 |
465 |
47 |
Sara SGOBBA , Giuseppe Carlo
MARANO , Massimo BORSA and Marcello
MOLFETTA |
Use of rubber particles from
recycled tires as concrete aggregate for engineering applications |
l47.pdf |
Main vol 1 |
477 |
48 |
E. Zornoza, P. Garcés, M.V.
Borrachero, J. Payá |
Durability Properties of Mortars
Partially Substituted with Spent Catalytic Cracking Catalyst |
l48.pdf |
Main vol 1 |
489 |
49 |
H. Al Nageim, B. Saghafi, S. Ferrel, P. Visulios, N. Ghazireh |
Evaluation of Partial Use of
Fine Limestone Dust and Steel Slag Waste Aggregates in Road Base Materials |
l49.pdf |
Main vol 1 |
501 |
50 |
Abdullah Demir, Cenk Karakurt, İlker Bekir
Topçu |
Utilization of Crushed
Autoclaved Aerated Concrete as |
l50.pdf |
Aggregate
in Concrete |
Main vol 1 |
513 |
51 |
Ion Dumitru, Tony Song, Vasile
Caprar, Phillip Brooks and Justin Moss |
Incorporation of Recycled Glass
for Durable Concrete |
l51.pdf |
Main vol 1 |
523 |
52 |
Issam Srour, Ghassan Chehab, Elie Awwad and Wai
Oswald |
Use of Sustainable Techniques in
Lebanese |
l52.pdf |
Construction
Industry |
Main vol 1 |
535 |
53 |
Fernanda Andreola, Luisa
Barbieri, Isabella Lancellotti |
Recovery of Glazing Ceramic
Sludge in Construction Materials |
l53.pdf |
Main vol 1 |
545 |
54 |
Rick Best |
Specifying and Sourcing
Materials for a Best Practice Sustainable Education Facility |
l54.pdf |
Main vol 1 |
557 |
55 |
Maria Chiara Bignozzi,Franco
Sandrolini,Fernanda Andreola,Luisa Barbieri,Isabella Lancellotti |
Recycling Electric Arc Furnace
Slag as Unconventional Component for Building Materials |
l55.pdf |
Main vol 1 |
569 |
56 |
Gaytan C. Arturo, Montańo R.
Homero, Uribe A. Roberto y Silva M. Antonio |
Classification of green
concretes for sustainable solutions |
l56.pdf |
Main vol 1 |
575 |
57 |
Elie Awwad, Bilal Hamad, Mounir
Mabsout, and Helmi Khatib |
Sustainable Construction
Material Using Hemp Fibers – Preliminary Study |
l57.pdf |
Main vol 1 |
583 |
58 |
P. Van den Heede, N. De Belie |
Durability Related Functional
Units for Life Cycle Assessment of High-Volume Fly Ash Concrete |
l58.pdf |
Main vol 1 |
595 |
59 |
Seema Karami, Morteza Zohrabi,
Peter Claisse, Essie Ganjian, Homayoon Sadeghi Pouya |
The Effect of Two Sources of
Waste Fly Ash on Compressive Strength of Cementitious Mixes |
l59.pdf |
Main vol 1 |
607 |
60 |
Sanjay Kumar and Rakesh Kumar |
Tailoring geopolymer properties
through mechanical activation of fly ash |
l60.pdf |
Main vol 1 |
615 |
61 |
Milena Marroccoli, Maria Lucia
Pace, Antonio Telesca, Gian Lorenzo Valenti |
Synthesis of Calcium
Sulfoaluminate Cements from Al2O3 Rich By-products of the Secondary Aluminium
Manufacturing |
l61.pdf |
Main vol 1 |
625 |
62 |
Milena Marroccoli, Fabio
Montagnaro, Antonio Telesca, Gian Lorenzo Valenti |
Environmental Implications of
the Manufacture of Calcium Sulfoaluminate-based Cements |
l62.pdf |
Main vol 1 |
637 |
63 |
D. V. Reddy, Diana Arboleda, and
Khaled Sobhan |
Use of Hybrid Rice Husk Ash/Fly
Ash as Sustainable Materials for Concrete in a Marine Environment |
l63.pdf |
Main vol 1 |
647 |
64 |
Alan Richardson, Kathryn
Coventry |
Early Life Freeze/Thaw
Durability of Polypropylene Fibre and Ground Granulated Blast Furnace Slag
Concrete |
l64.pdf |
Main vol 2 |
655 |
1 |
I. Sánchez, T.S. Albertos, J.M.
Ortega, M.A. Climent |
Influence of environmental
conditions on the durability properties of fly ash cement mortars |
m1.pdf |
Main vol 2 |
667 |
2 |
Hak-Chul Shin and Zhifu Wan |
Interfacial Properties Between
New and Old Concretes |
m2.pdf |
Main vol 2 |
677 |
3 |
Francesca Tittarelli, Shiho
Kawashima, Nathan Tregger, Giacomo Moriconi
and Surendra P. Shah |
Effect of GRP by-product
addition on plastic and hardened properties of cement mortars |
m3.pdf |
Main vol 2 |
689 |
4 |
Christopher James Whitman,
Daniela Fernandez Holloway |
Improving Energy Efficiency and
Thermal Comfort of Rural Housing in Chile Using Straw Bale Construction |
m4.pdf |
Main vol 2 |
699 |
5 |
Fatih Bektas, Kejin Wang |
Use of Ground Clay Brick to
Suppress Deterioration due to Potassium-Acetate Deicer |
m5.pdf |
Main vol 2 |
707 |
6 |
Henry E. Cardenas ,Joshua Alexander, Kunal V.
Kupwade-Patil, Luz Marina Calle |
Field Testing of Electrokinetic
Nanoparticle Treatment |
m6.pdf |
for
Corrosion Mitigation in Reinforced Concrete |
Main vol 2 |
719 |
7 |
Laura Flórez, Daniel
Castro-Lacouture and Javier Irizarry |
Impact of Sustainability
Perceptions on Optimal Material Selection in Construction Projects |
m7.pdf |
Main vol 2 |
729 |
8 |
Cenk Karakurt, İlker Bekir
Topçu |
Effect of Blended Cements with
Natural Zeolite and Industrial By-Products on ASR of Concrete |
m8.pdf |
Main vol 2 |
737 |
9 |
Martin Keppert, Vratislav
Tydlitát, Petra Volfová, Michal Šyc, Robert Černý |
Characterization of Solid Waste
Materials from Municipal Solid Waste Incineration Facility |
m9.pdf |
Main vol 2 |
745 |
10 |
Zbyšek Pavlík, Miloš Jerman,
Martin Keppert, Milena Pavlíková, Pavel Reiterman, Robert Černý |
Use of Municipal Solid Waste
Incineration Waste Materials as Admixtures in Concrete |
m10.pdf |
Main vol 2 |
755 |
11 |
Mike Lawrence, Andrew Heath, Pete Walker |
Development of a Novel Binder
for Mortar for |
m11.pdf |
Unfired
Clay Bricks |
Main vol 2 |
767 |
12 |
Michele Valente, Michele
Vigneri, Marco Bressan, Alessandro Pasqualini, Sebastiano Bianchini, Felice
M. Liberatore |
Use of fly ash in concrete:
efficiency factors of the supplementary cementing materials |
m12.pdf |
Main vol 2 |
777 |
13 |
Behrooz Saghafi, Hassan Al
Nageim, Shaun Friel, Nizar Ghazireh |
New Activator used in Fly Ash
Bound Mixtures (FABM) and High Dust Base and Subbase Materials |
m13.pdf |
Main vol 2 |
789 |
14 |
Vernon R. Schaefer, John T.
Kevern and Kejin Wang |
Pervious Concrete Overlay
Design, Construction and Performance |
m14.pdf |
Main vol 2 |
801 |
15 |
Shohei Seiki, Tatsuya Nukushina,
Seddik Meddah, Ryoichi Sato |
Effectiveness of Porous Ceramic
waste as an internal curing material for Fly Ash concrete |
m15.pdf |
Main vol 2 |
813 |
16 |
Mia Wimala Soejoso, Kenji Kawai, Akihiro Fujiki, Yusuke Aoki, Yuta Iwatani |
Study of Parameters Contributing
to the Environmental Impact in Precast Concrete Production |
m16.pdf |
Main vol 2 |
821 |
17 |
František Vodák, Vítězslav
Vydra, Karel Trtík, Olga Kapičková |
Effect of gamma irradiation on
hardened cement paste |
m17.pdf |
Main vol 2 |
833 |
18 |
Madani Bederina, Michele
Quéneudec |
Characterization of River-Dune
Sand Concrete Lightened by Addition of Wood Shavings |
m18.pdf |
Main vol 2 |
843 |
19 |
Katherine Kuder, Jack Tinnea,
Ryan Tinnea, Samuel Bellomio, Michael Fanoni, David Johnson, Jessica Towns |
High Electrical Resistivity
Concrete Mixture Design Using Supplementary Cementitious Materials |
m19.pdf |
Main vol 2 |
853 |
20 |
Bella Nabil, Assroun Aissa,
Bella Ilham Aguida |
Effectiveness of Different
Solutions to Reduce Plastic Shrinkage in Hot Climate Concreting |
m20.pdf |
Main vol 2 |
865 |
21 |
Kaname Saitoh, Hiromi Fujiwara, Masanori
Maruoka, and Erika Ogura |
Environmentally Friendly
Concrete Using |
m21.pdf |
Compound
Materials |
Main vol 2 |
877 |
22 |
BELLA Ilham Aguida, HAMOUINE Abd
El Madjid, and BELLA Nabil |
Influence of The Temperature On
Compressive Strength of Crushed Limestone Sand Concrete |
m22.pdf |
Main vol 2 |
885 |
23 |
Andrew Alcorn, Michael Donn |
Life cycle potential of
strawbale and timber for carbon sequestration in house construction |
m23.pdf |
Main vol 2 |
897 |
24 |
Hans-Joachim Feuerborn |
Coal Combustion Products and
Sustainability - Present and future situation in Europe |
m24.pdf |
Main vol 2 |
909 |
25 |
Ahmed Hadj-Sadok, Said Kenai, Luc Courard, J.M.
Khatib |
Transport Properties of Mortars
and Concretes Modified |
m25.pdf |
with
Ground Granulated Blast Furnace Slag |
Main vol 2 |
921 |
26 |
S. O. Nwaubani ,A. Katsanos,M. Mulheron |
Sodium Acetate: An Overlooked,
“Green” |
m26.pdf |
De-icing
Solution for Highways |
Main vol 2 |
931 |
27 |
J. M. Khatib, S. Baig, A Bougara, C Booth |
Foundry Sand Utilisation in
Concrete Production |
m27.pdf |
Main vol 2 |
939 |
28 |
M. Khatib, T U Mohammed, J. S. Zhang, Hidenori
Hamada |
New Generation Water-Reducing
Admixture for Concrete |
m28.pdf |
Main vol 2 |
949 |
29 |
Mohammed Tarek Uddin, Mohammad
Fateh Azam Khan, M R Kabir, M A Awal, Asheque Al Mahbub, Hidenori Hamada, J.
M. Khatib |
Recycling of Concrete Made with
Brick Aggregate |
m29.pdf |
Main vol 2 |
961 |
30 |
Muigai, R. ; Alexander, M.G |
Contribution of the Durability
Index Approach towards Sustainable Concrete Structures |
m30.pdf |
Main vol 2 |
969 |
31 |
S. O. Nwaubani, A.Katsanos, M.
Mulheron |
Corrosion Resistance of
Reinforced Concrete Exposed to Calcium-Magnesium Acetate De-Icing Salt |
m31.pdf |
Main vol 2 |
979 |
32 |
Sanjaya Senadheera |
Material Systems for Sustainable
Civil Engineering Design: |
m32.pdf |
A
Course Syllabus, Delivery and Student Feedback |
Main vol 2 |
991 |
33 |
Y. WANG, Z. Q. GUO, K. van
BREUGEL |
Micronized Sands as Cement
Replacement |
m33.pdf |
Main vol 2 |
1001 |
34 |
Morteza Zohrabi and Seema Karami |
Applicability of Alternative
Aggregates in Asphalt Pavements and Their Performance Requirements |
m34.pdf |
Main vol 2 |
1013 |
35 |
Justin Moss, Rebecca Monckton
& Con Lambous |
Australia’s Progress Toward
Sustainable Construction Practices – Examples from a Roads Agency |
m35.pdf |
Main vol 2 |
1029 |
36 |
Harry P. Moats |
“Concrete: Timeless, Sustainable
and Beautiful” |
m36.pdf |
Main vol 2 |
1041 |
37 |
Yuta Iwatani, Kenji Kawai,
Yusuke Aoki , Akihiro Fujiki |
Optimum Road Pavement from the
Viewpoint of CO2 Emission Reduction |
m37.pdf |
Main vol 2 |
1049 |
38 |
Bruce W. Ramme, Tarun R. Naik, Rudolph N. Kraus |
AN INVESTIGATION OF CO2
SEQUESTRATION THROUGH MINERALIZATION |
m38.pdf |
Main vol 2 |
1061 |
39 |
Eckart R. Bühler |
Recovered Mineral Component [
Silica Fume ] in the U.S. |
m39.pdf |
Main vol 2 |
1073 |
40 |
Yixin Shao, Sean Monkman and Sam
Wang |
Market analysis of CO2
sequestration in concrete building products |
m40.pdf |
Main vol 2 |
1083 |
41 |
Hamed Niroumand |
Performance of Shred Tires &
Wood Particles in Earth Bricks |
m41.pdf |
Main vol 2 |
1093 |
42 |
D. Bondar, C. J. Lynsdale, Neil
B. Milestone, N. Hassani, |
ENGINEERING PROPERTIES OF ALKALI ACTIVATED
NATURAL POZZOLAN CONCRETE |
m42.pdf |
A. A.
Ramezanianpour |
Main vol 2 |
1103 |
43 |
Jiří Bydžovský, Šárka
Keprdová |
Cement-chip boards with
technical hemp and their use in building industry |
m43.pdf |
Main vol 2 |
1115 |
44 |
Young Hoon Kim, Paolo Gardoni,
and David Trejo |
Time-Variant Capacity and
Reliability of GFRP-Reinforced Bridge Decks |
m44.pdf |
Main vol 2 |
1127 |
45 |
Osmani M. and Pappu A. |
Utilisation of Glass Reinforced
Plastic Waste in Concrete and Cement Composites |
m45.pdf |
Main vol 2 |
1139 |
46 |
B. Liguori, F. Iucolano, C.
Colella |
Hydraulicity and mechanical
properties of mortars manufactured with a commercial zeolite |
m46.pdf |
Main vol 2 |
1147 |
47 |
A. Ganjidoost, M. Bakhsheshi Akhlaghi, M.
Rahimi, H. G. Mosavy |
Sustainability and Durability of
Concrete Structures |
m47.pdf |
in
Corrosive Environmental Conditions |
Main vol 2 |
1159 |
48 |
M Luz Garcia, Joana
Sousa-Coutinho |
Grits as a partial cement
replacement for concrete |
m48.pdf |
Main vol 2 |
1171 |
49 |
Nader Ghafoori and Mohammad
Islam |
Lithium Salt for Reactive
Aggregates in Concrete |
m49.pdf |
Main vol 2 |
1183 |
50 |
Dunja Mikulic, Bojan
Milovanovic, Damir Kolic, Ana Sokacic, Tomislav Simunovic |
Environmental Impact of
Improving Energy Efficiency of Buildings |
m50.pdf |
Main vol 2 |
1193 |
51 |
T. Yamada, Y. Sato, H. Okada, T.
Otani, K. Ueda, Y. Akiyoshi |
Development of Production Method
for Carbon-free Fly Ash (CfFA) and Properties of Concrete Containing CfFA |
m51.pdf |
Main vol 2 |
1207 |
52 |
Ernesto Antonini1,Valeria
Giurdanella,Alessandra Zanelli |
Reversible Design: Strategies to
Allow Building Deconstruction and a Second Life for Salvaged Materials |
m52.pdf |
Main vol 2 |
1219 |
53 |
Gholamreza Fathifazl, A. Ghani
Razaqpur, Simon Foo, O. Burkan Isgor, Abdelgadir Abbas, Benoit Fournier |
Evaluation of Flexural and Shear
Performance of Beams Made with Recycled Concrete Aggregates |
m53.pdf |
Main vol 2 |
1231 |
54 |
Siska L.A. Valcke, Rob B. Polder, Timo G.
Nijland, Greet A. Leegwater, Jeanette H.M. Visser, Agnieszka A.J. Bigaj-van
Vliet |
High Filler Concrete using
Pulverished Fly Ash: Chloride Penetration and Microstructure |
m54.pdf |
Main vol 2 |
1243 |
55 |
Gintautas Skripkiūnas,
Audrius Grinys, Eugenijus Janavičius |
Porosity and durability of
rubberized concrete |
m55.pdf |
Main vol 2 |
1255 |
56 |
Charles A. Weiss, Philip G.
Malone, Michael L. Koenigstein |
Vitreous–Ceramic Bonding Enamel:
The Key to Strengthening Reinforced Concrete by CO2 Sequestration |
m56.pdf |
Main vol 2 |
1263 |
57 |
Katherine Kuder, Kasandra Wells,
Rob Shogren |
Low Portland Cement Content SCC
Mixtures for Use in Structural Applications |
m57.pdf |
Main vol 2 |
1271 |
58 |
John Zachar and Tarun R. Naik |
More Sustainable and Economical
Concrete Using Fly Ash, Used Foundry Sand, and Other Residuals |
m58.pdf |
Main vol 2 |
1281 |
59 |
De Schutter, G., Feys, D., Verhoeven, R. |
Ecological Profit for a Concrete
Pipe Factory due to |
m59.pdf |
Self-Compacting
Concrete Technology |
Main vol 2 |
1289 |
60 |
Larry Sutter, Karl Peterson,
Jacob Vermillion |
Effect of Entrained Air-Void and
Supplementary Cementitious Materials on Durability of Concrete |
m60.pdf |
Main vol 2 |
1299 |
61 |
Kyu-Seok Yeon, Yoon-Sang Choi,
Sang-Hoon Hyun |
Properties of Recycled Polymer
Concrete Using Crushed Polymer Concrete as an Aggregate |
m61.pdf |
Main vol 3 |
1309 |
1 |
V.R. Falikman, A.Ya. Vainer |
New Organic Expanding Admixtures |
k1.pdf |
for
Reducing Shrinkage in Concrete |
Main vol 3 |
1321 |
2 |
Tomáš Melichar, Jiří
Bydžovský |
Facing Tiling and Paving on the
Basis of Sintered Glass with Alternative Silicate Fillers |
k2.pdf |
Main vol 3 |
1331 |
3 |
MN Soutsos, KK Tang, and SG
Millard |
The Use of Recycled Demolition
Aggregate in Precast Concrete Products |
k3.pdf |
Main vol 3 |
1343 |
4 |
Wataru Itoh, Kei-ichi Imamoto ,
Akio Tanaka |
Internal Curing Effect of
Artificial Lightweight Aggregate on Green Concrete |
k4.pdf |
Main vol 3 |
1355 |
5 |
Toshiki AYANO,Hisahiro
MATSUNAGA,Takashi FUJII, Kenji SAKATA |
Resistance of concrete with
granulated blast furnace slag sand to sulphuric acid attack |
k5.pdf |
Main vol 3 |
1365 |
6 |
Alessandra Carrera, James
Grenfell, Andrew Dawson, John Proctor |
On-site recycling of trench
arisings for pavement reinstatement |
k6.pdf |
Main vol 3 |
1377 |
7 |
Valeria Corinaldesi, Alida
Mazzoli and Giacomo Moriconi |
Mechanical And Physical
Properties Of Cement Mortars Containing Plastic Waste Particles |
k7.pdf |
Main vol 3 |
1385 |
8 |
Jiri Zach, Jitka Hroudova |
Utilization of technical hemp
for thermal insulating materials production |
k8.pdf |
Main vol 3 |
1395 |
9 |
Edward AJ Hirst, Peter Walker,
Kevin A Paine, Tim Yates |
Characterisation of low density
hemp-lime composite building materials under compression loading |
k9.pdf |
Main vol 3 |
1407 |
10 |
Nicoletta Zeminian, Joana
Roncero, Matteo Pagot and Roberta Magarotto |
Early Strength Enhancement for
Sustainability in the Precast Concrete Industry |
k10.pdf |
Main vol 3 |
1419 |
11 |
Pietro Bocca and Alessandro
Grazzini |
Durability evaluation of
strengthening mortars applied to historical masonry structures |
k11.pdf |
Main vol 3 |
1431 |
12 |
F. Cangialosi, G. Intini, L.
Liberti, M. Notarnicola, F. Di Canio |
Activated coal fly ash as
improved mineral addition in cement and concrete |
k12.pdf |
Main vol 3 |
1441 |
13 |
Majid Ali |
Coconut Fibre – A Versatile
Material and its Applications in Engineering |
k13.pdf |
Main vol 3 |
1455 |
14 |
N. Yazdani, M. Filsaime, T. Manzur |
Effect of Steam Curing on
Shrinkage of |
k14.pdf |
Concrete
Piles with Silica Fume |
Main vol 3 |
1467 |
15 |
Brian H. Green, Charles A. Weiss Jr., Annette Stumpf |
Sustainable Design and
Development in the US Army Corps of Engineers |
k15.pdf |
Main vol 3 |
1475 |
16 |
Kwasi Osafo Ampadu, Henry Adjei,
Belinda Osafo-Ampadu, Nkansah Bawuah |
Investigation of Use of Rice
Husk Ash-Calcined Clay Blend as a Pozzollana |
k16.pdf |
Main vol 3 |
1483 |
17 |
Dubravka Bjegovic, Nina Stirmer,
Marijana Serdar |
Ecological aspects of concrete
production |
k17.pdf |
Main vol 3 |
1493 |
18 |
N A Lloyd and B V Rangan |
Geopolymer Concrete with Fly Ash |
k18.pdf |
Main vol 3 |
1505 |
19 |
Nadir Ayrilmisa and Songklod
Jarusombutib |
Flat-Pressed Wood Plastic
Composite as an Alternative to Conventional Wood-Based Panels |
k19.pdf |
Main vol 3 |
1517 |
20 |
Turker Dundar,Nadir
Ayrilmis,Umit Buyuksari |
Utilization of Waste Pine Cone
in Manufacture of Wood Plastic
Composite |
k20.pdf |
Main vol 3 |
1529 |
21 |
Aslı Ünsal
Sağlık, Sinan Turhan Erdoğan |
Chemical and Thermal Activation
of Perlite-Containing Cementitious Mixtures |
k21.pdf |
Main vol 3 |
1541 |
22 |
Filip Khestl |
Fast growing renewable materials
in building industry |
k22.pdf |
Main vol 3 |
1549 |
23 |
Adam C. Ramme, Bruce W. Ramme |
HIGH-VOLUME FLY ASH STRUCTURAL
GRADE CONCRETE for use in TRANSMISSION
STRUCTURE FOUNDATIONS |
k23.pdf |
Main vol 3 |
1557 |
24 |
Qingtao Li, Zhuguo Li |
Repair of Fire-Damaged Concrete:
Improvement of Carbonation Resistance |
k24.pdf |
Main vol 3 |
1569 |
25 |
Claudio de Souza Kazmierczak,
Daiana Arnold Metz and Douglas Gabriel Fröhlich |
Influence of Water Absorption in
the Performance of Mortars Made with Manufactured Fine Aggregates |
k25.pdf |
Main vol 3 |
1581 |
26 |
M. Saidani, S. George, F.
Dan-Jumbo |
Material and Structural
Behaviour of a Novel Material |
k26.pdf |
Main vol 3 |
1587 |
27 |
Kris Broos, Katleen De Brouwere,
Mieke Quaghebeur, Peter Nielsen, Nico Bleux, Jurgen Buekers, and Rudi Torfs |
Potential health impacts of the
use of secondary and recycled aggregates in building materials |
k27.pdf |
Main vol 3 |
1595 |
28 |
Eshmaiel Ganjian, Morteza
Khorrami and Tayebeh Parhizkar |
Production of Cement Composite
Board using cellulose fibres |
k28.pdf |
Main vol 3 |
1607 |
29 |
Habert, G., D’Espinose de
Lacaillerie, J.B., Lanta, E., Roussel, N. |
Environmental evaluation for
cement substitution with geopolymers |
k29.pdf |
Main vol 3 |
1617 |
30 |
Habert, G., Castillo, E., Morel,
J.C. |
Sustainable indicators for
resources and energy in building construction |
k30.pdf |
Main vol 3 |
1631 |
31 |
Erika Holt, Hannele Kuosa,
Markku Leivo, Fahim Al-Neshawy, Jukka Piironen, Esko Sistonen |
Accounting for Coupled
Deterioration Mechanisms for Durable Concrete Containing Mineral By-Products |
k31.pdf |
Main vol 3 |
1643 |
32 |
Kazuyuki Miura, Koji Takasu, and
Yasunori Matsufuji |
A Basic Study on Removing
Unburnt Carbon from Fly Ash by Ore Flotation to Use as Concrete Admixture |
k32.pdf |
Main vol 3 |
1651 |
33 |
Maki Mizuta, Takayuki Kojima,
Satoshi Yamamura, Kazuhiro Kuzume |
Quantitative Evaluation of
Multiplier Effect of Concrete Expansion and Reinforcement |
k33.pdf |
Main vol 3 |
1661 |
34 |
Homayoon Sadeghi Pouya, Essie
Ganjian, Tayebeh Parhizkar, Arash Zamani |
Properties and Application of
Polymer Modified and Sulphur Repair Mortars in Aggressive Environments |
k34.pdf |
Main vol 3 |
1673 |
35 |
L. Raki, G. Chan, O. Maadani, G. Pye, S. Tai, K.
Trischuk and K. Babichuk |
Properties of Concrete
Containing a New |
k35.pdf |
Cement-Grade
Metakaolin |
Main vol 3 |
1685 |
36 |
Valeria Corinaldesi, Giacomo
Moriconi, Tarun R. Naik |
Carbon Dioxide Uptake by
Recycled-Aggregate No-Fines Concrete |
k36.pdf |
Main vol 3 |
1695 |
37 |
John P. Fort, I. N. A. Thanay,
S. Zoorob, M. Waliur Rahman |
Investigating the Physical
Stability of Novel Sustainable Building Blocks |
k37.pdf |
Main vol 3 |
1707 |
38 |
Dellé Odeleye, Brian Menzies |
Sustainable Materials: Issues in
Implementing Resource Efficiency – UK Policy and Planning Perspective |
k38.pdf |
Main vol 3 |
1719 |
39 |
Christopher R. Shearer, Nortey
Yeboah, Kimberly E. Kurtis, Susan E. Burns |
Investigation of Biomass
Co-fired Fly Ash Properties: Characterization and Concrete Durability
Performance |
k39.pdf |
Main vol 3 |
1731 |
40 |
Marcia Silva and Tarun R. Naik |
Sustainable Use of Resources –
Recycling of Sewage Treatment Plant Water in Concrete |
k40.pdf |
Main vol 3 |
1741 |
41 |
Valeria Corinaldesi, and Saveria
Monosi |
The Influence of Paper Mill Ash
Addition on the Performances of
Self-Compacting Concrete |
k41.pdf |
Main vol 3 |
1749 |
42 |
Mohammad Shekarchi, Farnam
Ghassemzadeh, Mahdi Valipour, Siavash sajedi, Iman Harsini |
Study on Gas Permeability of HPC
Containing Binary and Ternary Pozzolanic Materials and Polypropylene Fibers |
k42.pdf |
Main vol 3 |
1759 |
43 |
K. J. Owens, Y. Bai, D. Cleland,
P.A.M. Basheer, J. kwasny, M. Sonebi, S. Taylor, A. Gupta |
Activation of High Volume Fly
Ash Pastes using Chemical Activators |
k43.pdf |
Main vol 3 |
1771 |
44 |
Mohammad Alizadeh Kharaazi and
Eshmaiel Ganjian |
Use of Iranian industrial waste
for cement replacement in low strength concrete and CLSM |
k44.pdf |
Main vol 3 |
1781 |
45 |
Giacomo Moriconi |
Sustainability-driven innovation
in the society of the future |
k45.pdf |
Main vol 3 |
1789 |
46 |
Ferran Gomŕ, M.Ş Teresa
Pinheiro-Alves & Mónica Vicente |
A New Procedure Covering the
Diagnosis of Hardened Structural Concrete in Service |
k46.pdf |
Main vol 3 |
1797 |
47 |
Francesco Colangelo, Roberta
Vaccaro and Raffaele Cioffi |
Life Cycle Assessment of
Sustainable Concrete made with Recycled Aggregates |
k47.pdf |
Main vol 3 |
1807 |
48 |
J. Wang, K. Van Tittelboom, N.
De Belie, W. Verstraete |
Potential of Applying Bacteria
to Heal Cracks in Concrete |
k48.pdf |
Main vol 3 |
1819 |
49 |
Rudolph N. Kraus, Tarun R. Naik,
and Bruce W. Ramme |
High Durability Concrete Using
High-Carbon Fly Ash and Pulp Mill Residuals |
k49.pdf |
Main vol 3 |
1831 |
50 |
Koji Takasu, Yasunori Matsufuji |
Strength Property of The
Concrete Using High Volume Fly Ash as a Part of The Fine Aggregate Under 40
℃ Air Curing |
k50.pdf |
Main vol 3 |
1843 |
51 |
Marijan Skazlić |
Development and Application of
Hybrid Fibre Reinforced Concrete |
k51.pdf |
Main vol 3 |
1851 |
52 |
Tarun R Naik and Rakesh Kumar |
Carbonation: An Efficient and
Economical Process for CO2 Sequestration |
k52.pdf |
Main vol 3 |
1863 |
53 |
Tarun R. Naik, Rakesh Kumar,
Yoon-moon Chun, and Rudolph N. Kraus |
Utilization of Powdered
Gypsum-Wallboard in Concrete |
k53.pdf |
Main vol 3 |
1875 |
54 |
Tarun R. Naik, Rakesh Kumar,
Bruce W. Ramme, and Rudolph N. Kraus |
Effect of High-Carbon Fly Ash on
the Electrical Resistivity of Fly Ash Concrete Containing Carbon Fibers |
k54.pdf |
Main vol 3 |
1887 |
55 |
Tarun R. Naik, Rakesh Kumar, and
Rudolph N. Kraus |
CO2 Sequestration in Non-air
Entrained Concrete |
k55.pdf |
Main vol 3 |
1899 |
56 |
Rakesh Kumar and Tarun R Naik |
Sustainable Concrete with
Industrial and Post-Consumer By-Products |
k56.pdf |
Main vol 3 |
1911 |
57 |
Juan Lizarazo-Marriaga, Peter
Claisse, Eshmaiel Ganjian |
Applicability of Traditional
Electrical Techniques on Chloride Resistance Assessment of GGBS Concrete |
k57.pdf |
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