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About 10,000 papers for “Durability”

Durability

António Pinho, Pedro Santarém Andrade · Encyclopedia of earth sciences series/Encyclopedia of earth sciences · 2018

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Durability

Defense Technical Information Center (DTIC) · 1984

This TOP provides guidelines for planning and conducting durability tests. It applies to all items for which durability criteria exist or can be developed, and for which a durability test is required by test directive.

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Durability

Alireza Akhavan‐Safar, Lucas F. M. da Silva · Elsevier eBooks · 2025

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Durability

Dr.-Ing. Rainer Mallée, Dr.-Ing. Werner Fuchs, Prof. Dr.-Ing. Rolf Eligehausen · 2013

This chapter contains sections titled: General Fasteners in dry, internal conditions Fasteners in external atmospheric or in permanently damp internal exposure and high corrosion exposure

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Durability

K. Hatada, R. B. Fox, J. Kahovec et al. · IUPAC Standards Online · 2016

Chemical reactions of polymers are very important from the points of view of chemical modifications of polymers to improve properties and changes in structure and physico-chemical properties in the course of synthesis, processing, application or the action of chemicals or micro-organisms. However, terminology has developed only on ad hoc bases in different professional communities. Hence, this document presents an alphabetical list of terms relating to degradation, aging, and related chemical transformations of polymers, and defines a self-consistent terminology for the field to aid communication and avoid confusion. Some of the general definitions are modified by one or more prefixes or adjectives describing type or cause. Definitions of basic terms such as aging, degradation, and stability have notes appended relating to specific cases. Thus, for example, definitions of different types of aging (such as artificial, cosmic, ground, or radiation aging) are covered by notes under the general term “aging”. Adjective-modified terms that are frequently used by themselves are defined separately; biodegradation, photostabilizer, and chain-terminating antioxidant are typical examples. An index is appended at the end of the document for the reader’s convenience.

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Durability

Corner Donald B., John Rowell · 2022

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Durability

S. Giannis, Peter Davies, A. Ameli et al. · 2012

This chapter contains sections titled: Measurement of the Diffusion Coefficient Tests with Moisture Durability Testing Using Open-Faced Specimens Tests with Temperature The Wedge Test Fatigue Mixed-Mode Fatigue Testing of Adhesive Joints Measurement of Time-Dependent Crack Growth Curvature Mismatch Fracture Test for Subcritical Debonding References

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Durability

Elizabeth Lewis, Olivier Chamel, Mahsan Mohsenin et al. · 2018

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Durability

M. F. Ashby, Hugh Shercliff, David Cebon · Materials · 2019

Corrosion research reveals what goes on at an atomic scale when materials undergo reactions with oxygen, acids, alkalis, aqueous solutions, aerated water, and organic solvents. In the oxidation of metals, the metal ionises, releasing electrons, which combine with oxygen molecules to give oxygen ions, which combine with metal ions to form the oxide. Polymers oxidise through the action of heat or radiation, including UV light. In corrosion, the electro-chemical reactions occur in the corrosive fluid rather than in the solid. Metals ionise when placed in water. In designing materials to resist corrosion we rely on chromium, aluminium, silicon, and titanium to form a protective oxide film. By using these and other alloying elements, other metals can be given the same protection. Alternatively, metals can be protected by coating their surfaces with a corrosion-resistant film of polymer or ceramic, and by attention to detail in joint design to avoid localised attack.

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Durability

Green Consumerism: An A-to-Z Guide · 2011

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Durability

Raymond Cheung, Ken Ho · 2021

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Durability

C. J. F. P. Jones · Elsevier eBooks · 1985

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Durability

Roger P Johnson, Stephen J Hicks · 2025

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