Polymers in Concrete: Proceedings of the Second East Asia Symposium on Polymers in Concrete (II-Easpic)
By Toshihiko Ohama, Makoto Kawakami, Kimio Fukuzawa
* Publisher: Taylor & Francis, Inc.
* Publication Date: 1997-04-01
* ISBN-10 / ASIN: 0203477154
* ISBN-13 / EAN: 9780203477151
Description
Increasing attention is being given to the use of concrete-polymer composites as high performance and multi-functional materials in the construction industry, as well as in mechanical, electrical and chemical engineering. Particular interest is being given to these materials in Japan and other East Asian countries. This book forms the proceedings of the Second East Asia Symposium on Polymers in Concrete (II-EASPIC) held under the auspices of the Japan Charter of ICPIC (the International Congress on Polymers in Concrete).
Papers are presented by international experts from thirteen different countries. Many aspects of the subject are discussed, including: new developments in the theory and practice of polymer composites; studies of their performance; appropriate manufacturing techniques and materials selection processes; their structural design; various types of concrete using polymers; methods of restoration and conservation using composites; overlays; adhesives and coating used in concrete works, special innovative developments and techniques for recycling.
As this book contains the most up-to-date and comprehensive overview of current information and developments in this field it will serve as an important reference for construction material specialists and research institutes world-wide.
Table of Contents
PART ONE - RESEARCH TRENDS
* Research and Development of Polymers in Concrete in China - Z.Y. Chen and S.Y. Zhong.
* Research Trends of Concrete-Polymer Composites in Korea - K.S. Yeon, K.W. Kim, J.D. Choi and K.S. Kim.
* Recent Progress in Polymer Mortar and Concrete in Japan - Y. Ohama.
PART TWO - MANUFACTURING TECHNICS
* Continuous Production of Polymer Concrete - a New Generation of Machines - R. Kreis.
* Application of epoxy emulsion cement mortar in China - GH Liu, YP Xu and HY Chen.
* The challenge of polymer concrete for formative art: application of polymer concrete to archisculpture and advanced material sculpture - S Mitsuyoshi.
* Characterization of polymer-filler interaction in MMA polymer concrete - M Kuromoto, A Kawamura, T Iwai, M Sumita and S Asai.
* Effect of filler on the mechanical properties of unsaturated polyester resin mortar - YS Soh, YK Jo and HS Park.
* An empirical approach for predicting compressive strength of lightweight polyester mortars by the maturity method - YS Lee, Y Ohama, K Demura and KS Yeon.
* Effects of mix proportioning factors on consistency of lightweight polyester mortars by the maturity method - Y Ohama, K Demura, K Ide and YS Lee.
PART THREE - PROPERTIES
* Engineering properties of permeable polymer concrete using stone dust and heavy calcium carbonate - CY Sung, SW Kim, JK Min, YJ Song, HJ Jung and KT Kim.
* On the size effect in flexural strength of resin concrete - M Oshima, F Hayashi, W Koyanagi and Y Uchida.
* Mechanical properties of traditional ceramics filled polymer concrete - D Suraatmadja, DR Munaf and B Lationo.
* Development of porous polymer cement concrete for highway pavements in Belgium - A Beeldens and D Van Gemert.
* Properties of high polymer cement mortar - M Tamai and K Yamaguchi.
* Characteristics of polymer-modified mortars using redispersible polymer powders - T Kubokawa, H Matsusato and Y Yamazaki.
* Influences of process conditions on strength properties of polymer-modified mortars using an unsaturated polyester resin - Y Ohama, K Demura and K Kawabata.
* Studies of a new non-dispersive concrete for use underwater and its applications -YB Cai BY Lin and GL Shang.
* Crack repair by resin injection: materials, equipment and methods - WM Kay.
* Hydrophilic polyurethane grouts and their application on roller-compacted concrete dams - YH Bao and DN Xu.
PART FOUR - RECYCLING
* Effects of r-PET and PG on the mechanical properties of polymer concrete made from recycled PET-based unsaturated polyester resin - YS Soh, YK Jo, HS Park and DS Lee.
* Tensile characteristics of polymer-modified asphalt concretes - KW Kim, KD Jeong, SB Lee and KA Ahn.
* Physical and mechanical properties of polymer concrete using coal mine waste - KS Yeon, JD Choi, TY Jang, MK Joo and DS Choi.
* Building materials production based on sulfur ore from the Kuril Islands - AN Volgushev, NF Shesterkina, AV Matyushkin and VI Mukhin.
* Super-workable slag alkaline polymer concretes - PV Krivenko, AP Semenyuk and TA Olbinskaya.
PART FIVE - PRODUCTS
* The study and application of polymer concrete gutter grates and manhole covers - HQ Zhu and DW Yang.
* Study on centrifugal reinforced polymer concrete pipe - F Omata, H Tokushige, M Kawakami, O Shinoe and H Okamoto.
* Properties of polymer-impregnated silica fume mortar for precision surface plate - N Maeda, T Kobayashi, M Maita and S Miura.
* Evaluation of adhesion between fresh polymer mortars and fresh cement concrete - MAR Bhutta, T Kobayashi, T Kawano, N Maeda, Y Ohama and K Demura.
* Development of a low-temperature storehouse using sandwich panels with polymer mortar facings - KS Yeon, JD Choi, KH Jung, YI Park, MK Joo and DS Choi.
* Development of polymer mortar ondol panel - KS Yeon, SS Kim, MK Joo, DS Choi and TB Jeon.
* Reinforcement of a load-bearing wall using epoxy resin mortar - - KS Yeon, KW Kim, SS Kim, DS Choi and KH Kim.
PART SIX - THERMAL EFFECTS
* The thermal influence on the bond of polymer-modified concrete overlays - H Abeyruwan.
* Shrinkage stresses in polymer concrete overlays - JK Jo, DW Fowler and Y Ohama.
* Estimation of the creep coefficient of resin concrete at high temperature - T Yamasaki and T Idemitsu.
* Thermal stresses of polymer mortar composite hollow cylinders strengthened by steel plate - F Omata, M Kawakami, H Tokushige and M Kagaya.
* Stresses and strains of resin mortar during setting - A Moriyoshi, F Omata, M Kawakami, H Tokushige and Y Ohama.
* Compressive strength and adhesion strength of PCC under sustained load at elevated temperature - HR Sasse and J Hannawald.
* Thermal resistance of polymer-modified mortars using redispersible polymer powders - WK Kim, Y Ohama and K Demura.
PART SEVEN - DURABILITY.
* Evaluation of chloride permeability of surface coating materials by rapid chloride permeability test - K Torii, M Kawamura, S Tanikawa and M Achiwa.
* Quantitative evaluation of suppressive effects of polymeric surface coating materials on carbonation of concrete - T Fukushima and I Fukushi.
* Effects of moisture content and pore structure of substrate concrete on adhesive strength of epoxy coating - N Yuasa, Y Kasai, I Matsui, Y Henmi and H Sato.
* Frost resistance of polypropylene fiber reinforced light-weight polymer modified mortar - YS Soh, SY Soh and HS Soh.
* Performance of concrete-polymer composites in the hot climates of Iran - M Damgahani, B Mashouf and L Niayesh.
* Weatherability of polymer-modified mortars after ten-year outdoor exposure in Koriyama and Sapporo - Y Ohama, K Demura and T Uchiyama.
* Durability of high flexural strength alumina cement-phenol resin composite - GKD Pushpalal, T Kawano, T Kobayashi, S Miura, N Maeda, M Hasegawa and T Takata.
* Hydrophobic impregnant for damaged concrete structure - T Miyagawa, Y Kubo, A Hattori, M Fujii, K Hori and S Kurihara.
* Influence of physical properties of water barrier penetrants on permeability into mortar - IT Numao, K Fukuzawa and T Chen.
* The fatigue behavior of R/C beam repaired with concrete-polymer composites - JS Sim, IH Bae, YK Hong and ES Hwang.
* Strengthening of timber structures using polymer concrete - D Van Gemert and A Beeldens.
PART EIGHT - HIGH PERFORMANCE
* Mechanical properties of polymer concrete and fiber-reinforced polymer concrete - BH Oh, SH Han, YS Kim BC Lee and HS Shin.
* Behaviour of concrete beams with externally bonded polymer-impregnated highly reinforced ferrocement plates - M Neelamegam and JK Dattatreya.
* Influence of polymer species and additives on high-strength polymer-cement composite - T Takata, M Hasegawa, GKD Pushpalal, N Maeda, Q Huang, T Kawano and T Kobayashi.
* Water resistance of polymethyl methacrylate mortars - Y Ohama, K Demura and MAR Bhutta.
* Development of MDF cementitious composites based on packing theory - H Nakamura, H Mihashi, T Kobayashi, Y Ohama and K Demura.
* Factors affecting flexural strength of MDF cements - T Kobayashi, Y Ohama, K Demura and K Ochiai. Keyword Index.
KEYWORD INDEX
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Product Description:
Non-hazardous waste materials and by-products which are mostly landfilled can be used in making concrete and similar construction materials. This book gives a summary of this usage: one chapter is devoted to each material, comprising an introduction, chemical and physical properties, usage potential, and the impact of the material on the various properties of concrete. The waste materials and by-products covered in the book are; granulated blast furnace slag, metakaolin, waste and recycled plastics, scrap-tire, waste glass, coal fly ash, rice husk ash, municipal solid waste ash, wood ash, volcanic ash, cement kiln dust and foundry sand.
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* Publisher: Taylor & Francis
* Number Of Pages: 376
* Publication Date: 2006-01-13
* ISBN-10 / ASIN: 0415700043
* ISBN-13 / EAN: 9780415700047
* Binding: Hardcover
Product Description:
The first English-language book which reviews and summarizes worldwide research advances in alkali-activated cements and concrete. Essential topics include:
* raw materials and their properties for the production of the two new types of binder
* the hydration and microstructure development of alkali-activated slag cements
* the mechanical properties and durability of alkali-activated slag cement and concrete
* other various cementing systems and their applications
* related standards and specifications.
This respected team of authors has produced an important piece of research that will be of great interest to professionals and academics alike, enabling the production of more durable and environmentally sensitive materials..
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Book Description:
This book outlines the state-of-the-practice in the use of waste materials in highway construction in the U.S. and discusses the applications of selected waste materials including: waste tires; waste glass; reclaimed paving materials; slags and ashes; building rubble; sewage sludge; incinerator residue. An evaluation based on technical, environmental, and economic factors indicated that reclaimed paving materials, coal fly ash, blast furnace slag, bottom ash, boiler slag, steel slag, and rubber tires have significant potential to replace conventional materials for various applications in highway construction, and should be projected for future construction. Specific applications of the waste products and potential problems associated with their usage in highway operations are also included.
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rar'd 4.27 MB
If you like the book, we strongly suggest you to buy it. Support the authors!
Product Description:
The concept of Sustainable Development, implicating the protection of soil and groundwater, the limitation of waste production and the re-use of soild waste materials is still the leading theme of WASCON '94. Although it is clearly recognized in most countries that products derived from solid waste materials can be applied as construction materials, research is still needed to assess various environmental problems.
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I need a complete project on "Effect on Concrete at elevated temperatures". My Professor want post fire effects specially... much be very thankful if someone guide me...
EVALUATION OF HIGH STRENGTH CONCRETE PRESTRESSED BRIDGE GIRDER DESIGN
This research study focuses on evaluating the design of HSC prestressed bridge
girders. Specifically there were three major objectives. First, to determine the current
state of practice for the design of HSC prestressed bridge girders. Second, to evaluate
the controlling limit states for the design of HSC prestressed bridge girders and identify
areas where some economy in design may be gained. Third, to conduct a preliminary
assessment of the impact of raising critical design criteria with an objective of increasing
the economy and potential span length of HSC prestressed girders.
The first objective was accomplished through a literature search and survey. The
literature search included review of design criteria for both the AASHTO Standard and
LRFD Specifications. Review of relevant case studies of the performance of HSC
prestressed bridge girders, as well all as of important design parameters for HSC were
carried out. In addition, a survey was conducted to gather information and document
critical aspect of current design practices for HSC prestressed bridges
The second objective was accomplished by conducting a parametric study for
single span HSC prestressed bridge girders to mainly investigate the controlling limit
states for both the AASHTO Standard (2002) and LRFD (2002) Specifications.
AASHTO Type IV and Texas U54 girder sections were considered. The effects of
changes in concrete strength, strand diameter, girder spacing and span length were
evaluated.
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Kijko, A., Sellevoll, M.A., 1989. Estimation of earthquake hazard parameters from incomplete data files Part I Utilization of Extreme and Complete catalogs with different threshold Magnitudes. BSSA 79, 645–654.
Kijko, A., Sellevoll, M.A., 1992. Estimation of earthquake hazard parameters from incomplete data files. Part II. Incorporating Magnitude Heterogeneity. BSSA 82, 120–134.
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