REFRACTORY LININGS: THERMOMECHANICAL DESIGN AND APPLICATIONS /

Introduction and general overview; load types; material properties concepts; discussion on ASTM strength tests of refractory materials; choosing the best refractory for thermomechanical application; static compressive stress-strain data; creep data; thermomechanical aspects of joints; refractory lin...

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Main Author: Schacht, Charles A. 1935-, author
Format:
Language:eng
Published: New York, NY : CRC Press, 2019
Subjects:
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author Schacht, Charles A. 1935-, author
author_facet Schacht, Charles A. 1935-, author
author_sort Schacht, Charles A. 1935-, author
collection OCEAN
description Introduction and general overview; load types; material properties concepts; discussion on ASTM strength tests of refractory materials; choosing the best refractory for thermomechanical application; static compressive stress-strain data; creep data; thermomechanical aspects of joints; refractory lining hinges; the influence of stress state on the strength of refractories; thermal expansion data; fundamentals of refractory brick arch behaviour; fundamentals of brick lined cylindrical shells; fundamentals of brick dome behaviour; some fundamentals of flat brick linings; tensile fracture; results of investigative studies of various refractory structural systems.
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spelling KOHA-OAI-TEST:5590412020-12-19T17:21:09ZREFRACTORY LININGS: THERMOMECHANICAL DESIGN AND APPLICATIONS / Schacht, Charles A. 1935-, author New York, NY : CRC Press,2019engIntroduction and general overview; load types; material properties concepts; discussion on ASTM strength tests of refractory materials; choosing the best refractory for thermomechanical application; static compressive stress-strain data; creep data; thermomechanical aspects of joints; refractory lining hinges; the influence of stress state on the strength of refractories; thermal expansion data; fundamentals of refractory brick arch behaviour; fundamentals of brick lined cylindrical shells; fundamentals of brick dome behaviour; some fundamentals of flat brick linings; tensile fracture; results of investigative studies of various refractory structural systems.Includes bibliographical references and index.Introduction and general overview; load types; material properties concepts; discussion on ASTM strength tests of refractory materials; choosing the best refractory for thermomechanical application; static compressive stress-strain data; creep data; thermomechanical aspects of joints; refractory lining hinges; the influence of stress state on the strength of refractories; thermal expansion data; fundamentals of refractory brick arch behaviour; fundamentals of brick lined cylindrical shells; fundamentals of brick dome behaviour; some fundamentals of flat brick linings; tensile fracture; results of investigative studies of various refractory structural systems.PSZJBL Refractory materialsURN:ISBN:9780367401900
spellingShingle Refractory materials
Schacht, Charles A. 1935-, author
REFRACTORY LININGS: THERMOMECHANICAL DESIGN AND APPLICATIONS /
title REFRACTORY LININGS: THERMOMECHANICAL DESIGN AND APPLICATIONS /
title_full REFRACTORY LININGS: THERMOMECHANICAL DESIGN AND APPLICATIONS /
title_fullStr REFRACTORY LININGS: THERMOMECHANICAL DESIGN AND APPLICATIONS /
title_full_unstemmed REFRACTORY LININGS: THERMOMECHANICAL DESIGN AND APPLICATIONS /
title_short REFRACTORY LININGS: THERMOMECHANICAL DESIGN AND APPLICATIONS /
title_sort refractory linings thermomechanical design and applications
topic Refractory materials
work_keys_str_mv AT schachtcharlesa1935author refractoryliningsthermomechanicaldesignandapplications