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Anti-earthquake invisibility cloak
Antiseismic
Aseismic
Canadian Conference on Earthquake Engineering
Earthquake cloak
Earthquake invisibility cloak
Earthquake load
Earthquake loading
Earthquake proof construction
Earthquake resistant
Earthquake-proof
Earthquake-proof construction
Earthquake-resistant
Earthquake-resistant construction
Earthquakeproof construction
Fifth Canadian Conference on Earthquake Engineering
Forecast earthquakes
Load due to earthquakes
Loading due to earthquake motion
Perform freight loading preparation
Predict earthquakes
Predicting earthquakes
Prepare loading activity resources
Prepare resources for loading activities
Quakeproof
Ready loading activity resources
Seismic cloak
Seismic forecasting
Seismic invisibility cloak
Seismic load
Seismic-resistant

Vertaling van "Earthquake loading " (Engels → Frans) :

TERMINOLOGIE
earthquake loading [ earthquake load | seismic load | load due to earthquakes | loading due to earthquake motion ]

charge sismique [ surcharge sismique | surcharge due aux séismes ]




forecast earthquakes | predicting earthquakes | predict earthquakes | seismic forecasting

prévoir les séismes | prévoir les tremblements de terre


seismic cloak | earthquake cloak | seismic invisibility cloak | earthquake invisibility cloak | anti-earthquake invisibility cloak

cape antisismique | cape sismique


Earthquake proof construction | Earthquake proof construction | Earthquake-resistant construction

construction parasismique


aseismic [ antiseismic | earthquake resistant | earthquake-resistant | seismic-resistant | earthquake-proof | quakeproof ]

parasismique [ asismique | antisismique ]


earthquake-proof construction | earthquakeproof construction | earthquake-resistant construction

construction parasismique


Canadian Conference on Earthquake Engineering [ Fifth Canadian Conference on Earthquake Engineering ]

Conférence canadienne sur le génie sismique [ Cinquième Conférence canadienne sur le génie sismique ]


perform freight loading preparation | ready loading activity resources | prepare loading activity resources | prepare resources for loading activities

préparer des ressources pour les activités de chargement


organise loads according to capacity of lifting equipment | organise weight of loads according to lifting device capacity | organise weight of loads according to capacity of lifting equipment | organise weight of loads according to lifting equipment capacity

organiser le poids de charges en fonction de la capacité d’équipements de levage
IN-CONTEXT TRANSLATIONS
The plane that flew into that building is comparable to an instantaneous earthquake load.

L'avion qui a percuté la tour est comparable à une charge sismique instantanée.


A large speed skating arena in Obihiro, Japan, is subjected not only to tremendous earthquake potential but also to as much as three metres of snow load.

À Obihiro, au Japon, il y a un grand anneau de patinage de vitesse qui est exposé non seulement à d'énormes risques de tremblement de terre, mais aussi à pas moins de trois mètres de neige par année.


Setting aside earthquakes and snow loads, is there a need for a National Fire Code?

Laissons de côté les tremblements de terre et surcharges de neige. A-t-on besoin d'un code national de prévention des incendies?


Senator Finley: What you have just described to me is probably more building code with regard to earthquakes and snow loads.

Le sénateur Finley : Ce que vous venez de me décrire concerne probablement plus le code du bâtiment, pour ce qui est des tremblements de terre et de la surcharge de neige.


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That the installation must be safe and fit for the purpose for which it is to be used, in particular, that it must be designed and constructed so as to withstand, together with its maximum load, any natural condition, including, more specifically, maximum wind and wave conditions as established by historical weather patterns, earthquake possibilities, seabed conditions and stability, and water depth;

que l’installation est sûre et apte à l’usage prévu, et particulièrement qu’elle est conçue et construite pour résister en charge maximum à tout phénomène naturel, notamment aux forces les plus grandes du vent et de la mer relevées dans les annales météorologiques, aux secousses sismiques éventuelles, et qu’elle est adaptée à la configuration et à la stabilité du fond de la mer, ainsi qu’à la profondeur de l’eau;


The main objective of the Action is to increase knowledge of the behaviour of constructions in the urban habitat under catastrophic events, when exposed to extreme events arising from earthquakes, fire, wind, impact, explosions, etc., in order to predict their response when both the applied loading and the inherent structural resistance are combined in such a way as to reduce the safety level below acceptable values, leading in some cases to a premature collapse.

Cette action a pour principal objectif de faire progresser les connaissances relatives au comportement des constructions en milieu urbain en cas de catastrophes, lorsqu'elles sont soumises à des événements extrêmes dus à des tremblements de terre, au feu, au vent, à des chocs, des explosions, etc., de façon à prévoir leur réaction lorsque la charge appliquée et la résistance structurelle intrinsèque sont combinées de telle sorte que le niveau de sécurité descend en deçà des valeurs acceptables, ce qui peut dans certains cas conduire à un effondrement prématuré.


(a) That the installation must be safe and fit for the purpose for which it is to be used, in particular, that it must be designed and constructed so as to withstand, together with its maximum load, any natural condition, including, more specifically, maximum wind and wave conditions as established by historical weather patterns, earthquake possibilities, seabed conditions and stability, and water depth;

a) que l’installation est sûre et apte à l’usage prévu, et particulièrement qu’elle est conçue et construite pour résister en charge maximum à tout phénomène naturel, notamment aux forces les plus grandes du vent et de la mer relevées dans les annales météorologiques, aux secousses sismiques éventuelles, et qu’elle est adaptée à la configuration et à la stabilité du fond de la mer, ainsi qu’à la profondeur de l’eau;


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