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From page 735... ... D-2 APPENDIX D BIBLIOGRAPHY Contents D.1 Introduction...........................................................................................................................D-2 D.2 General ..................................................................................................................................D-3 D.3 Material Properties and Constitutive Modeling ..................................................................D-12 D.4 Lightweight Fill Applications .............................................................................................D-17 D.5 Design Manuals...................................................................................................................D-46 D.6 U.S. Patents .........................................................................................................................D-48 ______________________________________________________________________________ D.1 INTRODUCTION A bibliography of publications deemed relevant to the specific goals of the overall project that were obtained and reviewed are contained in this Appendix. Read the entire page →
From page 736... ... D-3 publications that contain design manuals or guidelines developed previously by others, and known U.S. patents (both expired and active) Read the entire page →
From page 737... ... D-4 Bhatia, S K., "From the Editor's Corner". Read the entire page →
From page 738... ... D-5 Horvath, J S., "Dark, No Sugar: A Well-Known Material Enters the Geosynthetic Mainstream". Read the entire page →
From page 739... ... D-6 Horvath, J S., "Development of the North American Market for Rigid Cellular Polystyrene as Geofoam Geosynthetic". Read the entire page →
From page 740... ... D-7 Horvath, J S., "Geofoam Developments in North America". Read the entire page →
From page 741... ... D-8 Horvath, J S., "Geofoam Geosynthetic: Past, Present, and Future". Read the entire page →
From page 742... ... D-9 Horvath, J S., "Geofoam Geosynthetic: An Overview of the Past, Present, and Future". Read the entire page →
From page 743... ... D-10 Horvath, J S., "Geofoam Geosynthetic: An Overview of the Past and Present, and a View into the Future". Read the entire page →
From page 744... ... D-11 Leaversuch, R D., "EPS Foam Builds New Roles in Construction Sector". Read the entire page →
From page 745... ... D-12 "The Final Report of International Symposium on EPS Construction Method". EPS Construction Method Development Organization, Tokyo, Japan (undated) Read the entire page →
From page 746... ... D-13 Coughanour, R B., "Pentane Issue". Read the entire page →
From page 747... ... D-14 Horvath, J S., "Expanded Polystyrene (EPS) Read the entire page →
From page 748... ... D-15 Horvath, J S., "The Compressive Strength of Geofoam Materials: What Does It Really Mean? Read the entire page →
From page 749... ... D-16 Magnan, J.-P. and Serratrice, J.-F., "Propriétés Mécaniques du Polystyrène Expansé pour ses Applications en Remblai Routier". Read the entire page →
From page 750... ... D-17 Sarlin, J., Järvelä, P., Järvelä, P and Törmälä, P., "The Inhomogeneity Inside a Block of Expanded Polystyrene (EPS) Read the entire page →
From page 751... ... D-18 Aabøe, R., "Euroroad E18 in Vestfold". Proceedings of the June 21, 1991 Seminar on the Use of EPS in Road Construction, Norwegian Road Research Laboratory, Oslo, Norway (1991) Read the entire page →
From page 752... ... D-19 Beinbrech, G., "Current Status of Geofoam Construction Method in Germany". Proceedings of the International Symposium on EPS Construction Method (EPS Tokyo ‘96) Read the entire page →
From page 753... ... D-20 Cho, S Read the entire page →
From page 754... ... D-21 Duškov, M., "Use of Expanded Polystyrene Foam (EPS) in Flexible Pavements on Poor Subgrades". Read the entire page →
From page 755... ... D-22 Duškov, M., "Asphalt Test Pavements with a Sub-Base of Expanded Polystyrene (EPS) Geofoam". Read the entire page →
From page 756... ... D-23 Duškov, M., Houben, L Read the entire page →
From page 757... ... D-24 "Example of Construction of Upright Retaining Walls on a Slope". Technical Reports of Construction Method Using Expanded Polystyrol, Expanded Polystyrol Construction Method Development Organization, Tokyo, Japan (1991) Read the entire page →
From page 758... ... D-25 "Founded on Foam". World Highways/Routes du Monde, Route One Publishing Ltd., U.K., Vol. Read the entire page →
From page 759... ... D-26 Frydenlund, T Read the entire page →
From page 760... ... D-27 "Geotechnical Engineering in the Twenty-First Century". ISSMFE News, International Society for Soil Mechanics and Foundation Engineering, Vol. Read the entire page →
From page 761... ... D-28 Hatanaka, S., Nishiyama, S., Shimada, T and Kusakabe, Y., "Use of EPS Blocks for Landslide Countermeasure". Read the entire page →
From page 762... ... D-29 Horvath, J Read the entire page →
From page 763... ... D-30 Ishihara, K., Kurihara, T., Tatsumi, O., Mae, Y and Abe, M., "Application of EPS Construction Method to a Level Joint on Abutment". Read the entire page →
From page 764... ... D-31 Kuroda, S., Hotta, H and Yamazaki, F., "Simulation of Shaking Table Test for EPS Embankment Model by Distinct Element Method". Read the entire page →
From page 765... ... D-32 Kutara, K and Fujino, T., "Use of Expanded Polystyrol and Corrugated Steel Pipes for Lightweight Road Embankments in Japan". Read the entire page →
From page 766... ... D-33 MacMaster, J Read the entire page →
From page 767... ... D-34 Miki, G., "EPS Construction Method in Japan". Proceedings of the International Symposium on EPS Construction Method (EPS Tokyo ‘96) Read the entire page →
From page 768... ... D-35 Miyamoto, Y., Duan, M., Iwasaki, S., Deto, H and Fujiwara, T., "Fundamental Study on Continuous Footing Made with EPS Styrofoam". Read the entire page →
From page 769... ... D-36 Monahan, E J., "Weight-Credit Foundation Construction Using Artificial Fills". Read the entire page →
From page 770... ... D-37 Murata, O., Yasuda, Y., Tateyama, T., Hatinohe, Y and Ohishi, M., "A Case Study of the Test Embankment by Using EPS (Expanded Polystyrol Construction Method) Read the entire page →
From page 771... ... D-38 Nishimura, S., Hayashi, M., Nakagawa, Y., Tanabe, S and Matsumoto, K., "EPS Method Applied as a Countermeasure for Lateral Displacement of Soft Clay Ground Due to Embankment Work". Read the entire page →
From page 772... ... D-39 "Plastics Replace Subsoil". ENR, April 27 (1989) Read the entire page →
From page 773... ... D-40 Preber, T and Bang, S., "Field Application and Instrumentation of Expanded Polystyrene Blocks as Bridge Backfill". Read the entire page →
From page 774... ... D-41 Sanders, R L., "United Kingdom Design and Construction Experience with EPS". Read the entire page →
From page 775... ... D-42 Stewart, J Read the entire page →
From page 776... ... D-43 Tamura, C., "Dynamic Stability of EPS Block Structures". The Foundation Engineering and Equipment, Vol. Read the entire page →
From page 777... ... D-44 Untitled preprint report by Expanded Polystyrol Construction Method Development Organization, Tokyo, Japan for the International Geotechnical Symposium on Polystyrene Foam in Below-Grade Applications held in Honolulu, Hawaii, U.S.A. Read the entire page →
From page 778... ... D-45 Wano, S., Oniki, K and Hayakawa, H., "Prevention of Deformation of a Bridge Abutment Using the EPS Method and Its Effectiveness". Read the entire page →
From page 779... ... D-46 Yeh, S.-T. and Gilmore, J Read the entire page →
From page 780... ... D-47 Japan "Design and Construction Manual for Lightweight Fill with EPS". The Public Works Research Institute of Ministry of Construction and Construction Project Consultants, Inc., Japan (1992) Read the entire page →
From page 781... ... D-48 Sanders, R Read the entire page →

From page 735...

... D-2 APPENDIX D BIBLIOGRAPHY Contents D.1 Introduction...........................................................................................................................D-2 D.2 General ..................................................................................................................................D-3 D.3 Material Properties and Constitutive Modeling ..................................................................D-12 D.4 Lightweight Fill Applications .............................................................................................D-17 D.5 Design Manuals...................................................................................................................D-46 D.6 U.S. Patents .........................................................................................................................D-48 ______________________________________________________________________________ D.1 INTRODUCTION A bibliography of publications deemed relevant to the specific goals of the overall project that were obtained and reviewed are contained in this Appendix.