Description: SP-257: FRP Stay-In-Place Forms for Concrete Structures CD-ROM Multimedia CDVery Good conditionSP-257: FRP Stay-In-Place Forms for Concrete Structures CD-ROM Multimedia CD - 2008This CD-ROM consists of 11 papers which were presented in two special sessions sponsored by ACI Committee 440 at the ACI Spring Convention in Los Angeles, California, on March 31, 2008. The technical papers presented at the sessions and published in this volume cover both open and closed FRP forms, including bridge decks, concrete-filled tubes, and girders, and address important relevant aspects such as surface preparation, bond aspects, fatigue, constructability, confinement, and field applications.CD-ROMPublisher: ACI (2008)Product Details:Revision: 2008 Edition, 2008Published Date: January 2008Status: Active, Most CurrentPublished By: American Concrete Institute (ACI)by Amir Z. Fam (Editor)DESCRIPTIONThis CD consists of 11 papers which were presented in two special sessions sponsored by ACI Committee 440 at the ACI Spring Convention in Los Angeles, California, on March 31, 2008. The technical papers presented at the sessions and published in this volume cover both open and closed FRP forms, including bridge decks, concrete-filled tubes, and girders, and address important relevant aspects such as surface preparation, bond aspects, fatigue, constructability, confinement, and field applications. DOCUMENT DETAILSPublication Year: 2008ISBN: 9780870313059Categories: Fiber-Reinforced ConcreteFormats: PDFTABLE OF CONTENTSSP-257&emdash;1Efficient Use of CFRP Stay-in-Place Form for Durable Concrete Bridge Decksby L. Cheng and V.M. KarbhariSP-257&emdash;2Flexural Behavior of Hybrid Composite Girders for Bridge Constructionby A. Elmahdy, R. El-Hacha, and N. ShriveSP-257&emdash;3Wheel Load Distribution in Concrete Bridge Decks with FRP Stay-in-Place Forms.by C.M. Foley, B. Wan, and J. LiuSP-257&emdash;4Investigation of a Structural FRP Stay-In-Place Form for a Prototype Military Bridge Systemby J.P. Hanus, L.C. Bank, and M.G. OlivaSP-257&emdash;5Analytical Modeling of Concrete-Filled FRP Circular Tubes under Reversed Cyclic Bending.by K. Helmi, A. Fam, and A. MuftiSP-257&emdash;6Compressive Behavior of Reinforced Concrete Filled FRP Tubesby H. Mohamed and R. MasmoudiSP-257&emdash;7FRP Stay-in-Place Formwork for Floor and Deck Construction.by M. Oliva, H. Bae, L. Bank, and J. RussellSP-257&emdash;8Flexural Behavior of Octaform™Forming Systemby A. Rteil, K. Soudki, and D. RichardsonSP-257&emdash;9Seismic Behavior and Design of Reinforced Concrete Columns Confined with FRP Stay-in-Place Formworkby M. Saatcioglu, T. Ozbakkaloglu, and G. ElnabelsySP-257&emdash;10Wet-Bond of Concrete to FRP Formwork using Epoxy Adhesive.by Z. Wu and Y. ShaoSP-257&emdash;11Hybrid FRP Concrete Steel Double-Skin Tubular Columns: An Overview of Existing Researchby T. Yu, J.G. Teng, Y.L. Wong, and S.L. Dong
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Publisher: American Concrete Institute
Subject: General
Publication Name: FRP Stay-In-Place Forms for Concrete Structures
Language: English
Type: Textbook
Author: Not Available
Subject Area: Technology & Engineering
Format: CD-ROM
