990 resultados para Dubourg, curé de Saint-Benoît-sur-Seine.
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Vol.5-7 have imprint: Neuilly-sur Seine,Editions de "la Cause."
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Contiene: T. I: Première partie : Gréement (II, 3-290 p.) -- T. II: Seconde partie : Manoeuvres du navire et de l'artillerie (286, [2] p., [1] h. de grab. pleg.)
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Las h. de grab. de plantas y utensilios para la jardinería.
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Mode of access: Internet.
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Mode of access: Internet.
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Contiene un apéndice de jurisprudencia de caminos (162 p.)
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A reissue, with a new title-page, of the edition of 1817, which is the twentieth in Mignard's list.
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t.1. De Marengo à Friedland.--t.2. Campagne d'Andalousie. Baylen. Cabrera.--t.3. Le procès ministère de 1814.
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t. 1. Saint-André-des-Arcs. Saint Benoît.--t. 2. Bernardins. Charonne.--t. 3. Chartreux. Saint-Étienne-du-Mont.--t. 4. Saint-Eustache. Sainte-Geneviève-la-Petite / revu et mis au point par Max Prinet.--t. 5. fasc. 1. Saint-Germain l'Auxerrois / publié par André Lesort et Hélène Verlet.--t. 5. fasc. 2. Saint-Germain des Prés. Incurables, nos 2244-2591 / publié par Hélène Verlet.--t. 6. Les Saints-Innocents, nos 2592 à 3119 / publié par Hélène Verlet -- t. 8. Saint-Landry- La Merci, no.3638 à 3956 -- t. 9. Saint Merry-Saint Nicolas du Louvre, nos.3957-4447 t. 10. Les épitaphes de la cathédrale Notre-Dame de Paris -- t. 11. Noviciat des Jésuites--Saint-Sauveur, nos 4850-5344 / Helene Verlet -- t. 12. Saint-Sepulcre-Saint-Yves, no. 5345-5915
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Mode of access: Internet.
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Originally published: Paris : Impr. par autorisation du roi a l'Imprimerie royale, 1830.
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Mode of access: Internet.
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This edition does not contain Le Verrier de la Conterie's work.
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One of the core tasks of the virtual-manufacturing environment is to characterise the transformation of the state of material during each of the unit processes. This transformation in shape, material properties, etc. can only be reliably achieved through the use of models in a simulation context. Unfortunately, many manufacturing processes involve the material being treated in both the liquid and solid state, the trans-formation of which may be achieved by heat transfer and/or electro-magnetic fields. The computational modelling of such processes, involving the interactions amongst various interacting phenomena, is a consider-able challenge. However, it must be addressed effectively if Virtual Manufacturing Environments are to become a reality! This contribution focuses upon one attempt to develop such a multi-physics computational toolkit. The approach uses a single discretisation procedure and provides for direct interaction amongst the component phenomena. The need to exploit parallel high performance hardware is addressed so that simulation elapsed times can be brought within the realms of practicality. Examples of Multiphysics modelling in relation to shape casting, and solder joint formation reinforce the motivation for this work.
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International audience