952 resultados para Philipp, prince of Saxe-Coburg-Gotha, 1844-
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[EN]In this paper we review the novel meccano method. We summarize the main stages (subdivision, mapping, optimization) of this automatic tetrahedral mesh generation technique and we concentrate the study to complex genus-zero solids. In this case, our procedure only requires a surface triangulation of the solid. A crucial consequence of our method is the volume parametrization of the solid to a cube. We construct volume T-meshes for isogeometric analysis by using this result. The efficiency of the proposed technique is shown with several examples. A comparison between the meccano method and standard mesh generation techniques is introduced.-1…
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President Edward Holyoke and Tutors Henry Flynt, Joseph Mayhew, and Thomas Marsh accused Prince of "sundry crimes & misdemeanors" and "sundry evil actions," including weakening and undermining the College government, showing contempt towards his fellow Tutors and towards Hollis Professor John Winthrop (who he claimed "knew no more of Philosophy than a Brute"), and making insulting remarks on numerous occasions. Prince was accused of calling others "Fool, Rogue, Rascal, Puppy &c." and of calling Col. Brattle "a Devilish Lyar." He was also accused of "appearing often times, to be what is commonly stil'd the worse for Drink" and of neglecting his duties towards his students.
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These three copies are not identical. One copy, which appears to be the original, is signed by Edward Holyoke, Henry Flynt, Joseph Mayhew, and Thomas Marsh. A note on the verso of one copy indicates that it was intended for delivery to Prince. Among many other things, the President and Tutors accused Prince of having said "in a Town meeting at Cambridge [...] that [Edmund Trowbridge] had not the manners to give him a pair of gloves at his Uncle's funeral."
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"Opuscules et lettres de Grimm": v. 16, p. [247]-502.
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v.2. Midsummer-night's dream. Love's labor's lost. Merchant of Venice. As y@u like it. All's well that ends well. Taming of the shrew.--v.3. Winter's tale. Comedy of errors. Macbeth. King John. King Richard the second. King Henry the fourth, pt. 1st.--v.4. King Henry the fourth, pt. 2d. King Henry the fifth. King Henry the sixth, pt. 1st - 3d.--v.5. King Richard the third. King Henry the eighth. Troilus and Cressida. Timon of Athens. Coriolanus.--v.7. King Lear. Romeo and Juliet. Hamlet, prince of Denmark. Othello, the Moor of Venice.
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Mode of access: Internet.
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Mode of access: Internet.
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Head and tail-pieces, initials.
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Parts of v. 1 follow verbatim the anonymous work: Memoirs of His Royal Highness the Prince of Wales. 2d ed. London, 1808.
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Mode of access: Internet.
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Published by the Society for the Prevention of Pauperism.
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Mode of access: Internet.
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Mode of access: Internet.
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Unstructured mesh based codes for the modelling of continuum physics phenomena have evolved to provide the facility to model complex interacting systems. Such codes have the potential to provide a high performance on parallel platforms for a small investment in programming. The critical parameters for success are to minimise changes to the code to allow for maintenance while providing high parallel efficiency, scalability to large numbers of processors and portability to a wide range of platforms. The paradigm of domain decomposition with message passing has for some time been demonstrated to provide a high level of efficiency, scalability and portability across shared and distributed memory systems without the need to re-author the code into a new language. This paper addresses these issues in the parallelisation of a complex three dimensional unstructured mesh Finite Volume multiphysics code and discusses the implications of automating the parallelisation process.
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It is now clear that the concept of a HPC compiler which automatically produces highly efficient parallel implementations is a pipe-dream. Another route is to recognise from the outset that user information is required and to develop tools that embed user interaction in the transformation of code from scalar to parallel form, and then use conventional compilers with a set of communication calls. This represents the key idea underlying the development of the CAPTools software environment. The initial version of CAPTools is focused upon single block structured mesh computational mechanics codes. The capability for unstructured mesh codes is under test now and block structured meshes will be included next. The parallelisation process can be completed rapidly for modest codes and the parallel performance approaches that which is delivered by hand parallelisations.