Paris : h2o architectes : Building Books, 2020.
[88] p. : il. + 1 plano
/ FR / EN / Libros / Arquitectura – Siglo XXI – Francia / Construcción de piedra / Fachadas / Inmuebles para vivienda / París (Francia)
📘 Ed. impresa: ISBN 9782956781530
Cita APA-7: Ayers, Andrew (2020). Construire en pierre massive à Paris: building with limestone in Paris. h2o architectes.
ehuBiblioteka BCG A-693.1 CON
https://ehu.on.worldcat.org/v2/oclc/1240172295
[.fr] Situé dans le 15e arrondissement à Paris, cet immeuble de 32 logements comporte des façades en pierre de taille de 24 cm d'épaisseur. Sans cuisson ni mélange, la pierre permet de diminuer les émissions de CO2 de 60% par rapport au béton, concernant le chantier, et de 35% sur un cycle de vie de 50 ans. L'agence h2o architectes réussit à démontrer que la pierre massive, matériau géosourcé, représente une alternative économique équivalente à des solutions plus courantes, tout en offrant une qualité de prestation supérieure. Cet ouvrage retrace les étapes du chantier de cet immeuble de neufs étages pour le compte de Cibex et rivp.
[.en] This is the first book of a collection of monographic books on the projects of h2o architectes. The book 'Building with limestone in Paris' showcases the construction of a 32-home building in the 15th arrondissement in Paris that features 24 cm ashlar masonry facades. Requiring neither firing nor the addition of other products, stone material allows a 60% reduction in CO2 in comparison to concrete where the construction phase is concerned, and a 35% reduction over a period of 50 years. h2o architectes successfully demonstrate that load-bearing stone, a geo-sourced material, represents an economical alternative, equivalent to more common solutions, and has the advantage of offering buyers a higher-quality standard of finish.
[.en] This is the first book of a collection of monographic books on the projects of h2o architectes. The book 'Building with limestone in Paris' showcases the construction of a 32-home building in the 15th arrondissement in Paris that features 24 cm ashlar masonry facades. Requiring neither firing nor the addition of other products, stone material allows a 60% reduction in CO2 in comparison to concrete where the construction phase is concerned, and a 35% reduction over a period of 50 years. h2o architectes successfully demonstrate that load-bearing stone, a geo-sourced material, represents an economical alternative, equivalent to more common solutions, and has the advantage of offering buyers a higher-quality standard of finish.
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