BRIDGE DESIGNER'S VIEW OF LIGHTWEIGHT CONCRETE.

被引：0

作者：

Low, A. ^{[1
]}

机构：

[1] Ove Arup & Partners, Ove Arup & Partners

来源：

Concrete (London) | 1985年 / 19卷 / 01期

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摘要：

引用

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[21] EFFECT OF MOISTURE ON THE THERMAL CONDUCTIVITY OF LIGHTWEIGHT AGGREGATE CONCRETE.
Stuckes, Audrey D.
Tinker, J.A.
Simpson, A.
Building Services Engineering Research and Technology, 1986, 7 (01) : 27 - 32
[22] Designer's view
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[23] STRUCTURAL ENGINEER'S VIEW OF LIGHTWEIGHT CONCRETE IN BUILDINGS.
Mathys, J.H.
Concrete (London), 1987, 21 (05): : 21 - 22
[24] EXPERIMENTAL DETERMINATION OF CRACK SOFTENING CHARACTERISTICS OF NORMALWEIGHT AND LIGHTWEIGHT CONCRETE.
Cornelissen, H.A.W.
Hordijk, D.A.
Reinhardt, H.W.
Heron, 1985, 31 (02): : 45 - 56
[25] Lightweight concrete for pretensioned bridge girders
Schardt, J
PCI JOURNAL, 2002, 47 (03): : 125 - 125
[26] A BRIDGE IN HOLLAND UTILIZING LIGHTWEIGHT CONCRETE
不详
CONCRETE, 1970, 4 (08): : 324 - &
[27] LIGHTWEIGHT CONCRETE CUTS BRIDGE COSTS
不详
PUBLIC WORKS, 1985, 116 (02): : 59 - 59
[28] SHRINKAGE AND CREEP PROPERTIES OF HIGH EARLY STRENGTH STRUCTURAL LIGHTWEIGHT CONCRETE.
Proceedings of the Institution of Civil Engineers (London). Part 1 - Design & Construction, 1973, 55 (Part 2): : 635 - 646
[29] Bond Behaviour of Reinforcement Subject to Sustained Loading in Normal and Lightweight Concrete.
Janovic, Kassian
Deutscher Ausschuss fuer Stahlbeton, 1986, (367): : 5 - 43
[30] A Designer's View of SSME
Evenson, Shelley
SERVICE SCIENCE, MANAGEMENT AND ENGINEERING EDUCATION FOR THE 21ST CENTURY, 2008, : 25 - 30