375 resultados para Stoughton
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The Introduction of the text reads: "After nearly forty-four years of silence, I consider it wise to present to the public the inner history of the Fenian Raid of 1866, where an incompetent military officer was entrusted with the lives of a small body of men, and, who by failure in the performance of a sacred duty, may prove a wholesome and useful lesson to commanders of troops in the field."
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Detailed floor plan of either Hollis Hall or Stoughton Hall, as indicated on drawing. Includes dimensions for student chambers, hallways, and stairs.
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Pen and ink drawing of a northwest view of Stoughton Hall, watermarked 1827
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Pen and ink drawing of a southeast view of Stoughton Hall, watermarked 1827
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Floor plan of renovations for the first floor of Stoughton Hall, as drawn by William Rotch Ware in 1874. Includes dimensions for student chambers, hallways, and coal furnaces.
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Floor plan of renovations for the second floor of Stoughton Hall, as drawn by William Rotch Ware in 1874. Includes dimensions for student chambers, proctor's rooms, hallways, and coal furnaces.
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Floor plan of renovations for the third and fourth floors of Stoughton Hall, as drawn by William Rotch Ware in 1874. Includes dimensions for student chambers, H.P. Club Rooms, hallways, and coal furnaces.
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Mode of access: Internet.
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Mode of access: Internet.
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Mode of access: Internet.
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Last page lists "Officers of Mount Zion Royal Arch Chapter. Installed August 22d, AN. R. AR. M. 2356."
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Mode of access: Internet.
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In this work, the mechanics of tubular hydroforming under various types of loading conditions is investigated. The main objective is to contrast the effects of prescribing fluid pressure or volume flow rate, in conjunction with axial displacement, on the stress and strain histories experienced by the tube and the process of bulging. To this end, axisymmetric finite element simulations of free hydroforming (without external die contact) of aluminium alloy tubes are carried out. Hill’s normally anisotropic yield theory along with material properties determined in a previous experimental study [A. Kulkarni, P. Biswas, R. Narasimhan, A. Luo, T. Stoughton, R. Mishra, A.K. Sachdev, An experimental and numerical study of necking initiation in aluminium alloy tubes during hydroforming, Int. J. Mech. Sci. 46 (2004) 1727–1746] are employed in the computations. It is found that while prescribed fluid pressure leads to highly non-proportional strain paths, specified fluid volume flow rate may result in almost proportional ones for the predominant portion of loading. The peak pressure increases with axial compression for the former, while the reverse trend applies under the latter. The implication of these results on failure by localized necking of the tube wall is addressed in a subsequent investigation.
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http://www.archive.org/details/anenglishwomanst00hawkuoft
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http://www.archive.org/details/anheroicbishopli00stocuoft