Abstract
In the design of buildings and other structures no attention is paid to the question how they are to be demolished when its economic, social or technical service life has expired. This is indeed understandable, bearing in mind that most if not all designers are at the design stage hardly likely to entertain the idea of their structural creations subsequently being demolished. Yet it can be presumed that the majority of structures and the parts thereof will in course of time no longer fulfill the functional requirements applicable to them. Having regard to the rapid evolution of our society, this is indeed likely to arise within an ever decreasing length of time. This means that, except for buildings designated for preservation as monuments, the greater number of structures will sooner or later have to be demolished in order to be replaced by others which are better suited to the needs of the time. Until fairly recently, the structures to be demolished dated from a time when building was for the most part done in masonry or brickwork with timber and steel beams.
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Selected Literature
T.W.F. Russell, M.W. Swartzlander — The recycling index — 32 Chemtech, Jan. 1976, p 32 – 37
D.W. Wilson, etal. — Demolition debris: quantities, composition and possibility for recycling — Proc. of the 5th Mineral Waste Utilization Symposium, Bureau of Mines Chicago, 1976 pp 8 – 15.
P.J. Nixon — The use of materials from demolition in construction — Resources Policy, Dec. 1976 pp. 276 – 283
P.C. Kreijger — De betekenis van schaarste-, milieu-, en energieoverwegingen voor het gebruik van bouwmaterialen (The impact of shortages, the environment and energy in the use of building materials) Cement XXIV nr. 2, Febr. 1977 pp 46 – 52.
Letter BC 594-B/CH of ′76–12–16 of Secretary of European Demolition Association.
C. de Pauw — Kringloopbeton (Recycled Concrete) — WTCB Tijd-schrift — nr.2 June 1980, pp 2 – 15.
J.J. Botman, B.G. Kreiter — Bouwafvalprognose met splitsing naar materialen en provincies (Demolition wastes divided into materials and provincies) — Bouw nr. 16 — ′79–08–04, pp. 29–31.
P.C.F. Bekker — A theory on material consumption and the “Probability of survival” of dwellings — Materials and Society Vol. 3, 1979, pp. 175 – 190.
G. Huyge — Demontabel bouwen (demountable building) — Lezing Studiedag “Slopen, demonteren en kringloopgebruik van beton” (Lecture on Study-day “Demolition, demountable construction and recycling of concrete”) — Technologisch Instituut KVIV, Antwerpen, 29 Nov. 1979.
P. Lindsell — Demolition of post-tensioned concrete — Concrete Jan. 1975, pp 22–25.
Y. Malier — Le découpage thermique des bétons et précontraints-Ann. de l’Inst. Techn. du Bat. et des Tr. Publ. nr. 353, Sept. 1977 pp. 94 – 111
J.C. Cubaud etal. — Procédés de destruction des ouvrages en béton armé — Matériaux et Constructions vol 10 — nr. 57 pp. 127 – 138.
UTI-CISCO Séminaire La Fragmentation — Dec. 12–14, 1978, St.-Rémy-Les-Chevreuse (Proceedings still in the press)
J.P. Meric — Influence of grinding and storage conditions of clinker — 7thInternational Congres on the Chemistry of Cement, Paris 1980, Vol I, pp. 4/1 – 4/16.
A.R.C. Westwood — Tewksbury lecture: Control and application of environment — sensitive fracture processes — Journal of Material Science 9 (1974) p. 1871 – 1894
A.T.F. Neerhoff — Energetisch voordeliger fragmentatie van beton voor recycling doeleinden (energy efficient fragmentation of concrete for recycling purposes), Report ML 79–4, Laboratory of Material Science, Eindhoven University of Technology, Aug. 1979, 46 pp.
P.C. Kreijger — Beton uit beton en nog wat (Concrete from Concrete and other matter) Cement XXXII (1980) nr.4, pp. 214 – 218.
D.M. Roy, M. Daimon — Effects of admixtures upon electrokinetic phenomena during hydration of C3S, C3A and cement -7th international Congres on the Chemistry of Cement, Paris 1980, Vol II, pp. 11–242/246.
C. Fossé — Utilisation d’explosifs pour la fragmentation du béton de demolition — Lezing studiedag “Slopen, demonteren en kringloop gebruik van beton” (Lecture on studyday: “Demolition, demountable construction and recycling of concrete”) — Technologisch Instituut KVIV, Antwerpen, 29 Nov. 1979.
A.D. Buck — Recycled concrete as a source of aggregate — ACI Journal, May 1977, pp 212 – 219.
P.J. Nixon — Demolition and reuse of concrete — Materiaux et Constructions 1978 Vol 11, no. 65.
Takeshi etal — Study on reuse of waste concrete for aggregate of concrete — Seminar “Energy and resources conservation in concrete technology”- San Fransisco Sept. 10 – 13th, 1979.
7th International Congress on the Chemistry of Cement, Paris 1980, vol I, II, III.
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© 1981 Plenum Press, New York
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Kreijger, P.C. (1981). Introduction and Stating the Problem(s). In: Kreijger, P.C. (eds) Adhesion Problems in the Recycling of Concrete. Nato Conference Series, vol 4. Springer, Boston, MA. https://doi.org/10.1007/978-1-4615-8312-7_2
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DOI: https://doi.org/10.1007/978-1-4615-8312-7_2
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