El Real Fisco de la Inquisición en el Archivo Histórico de Granada

Most experts agree that the Inquisition of Granada and district depended on the Court of Córdoba, but others argue that there was a tribunal of the Inquisition in Granada in 1499, subject to the general and equipped inquisitors all elements that should attend in court, without any dependence of Cordoba. Probably the creation of this court was related to the plight of the city (because of the problems of assimilation of the Muslims), and the presence of the Catholic Monarchs in it since the second half of 1499. The District Court Grenadian understand the archbishopric and the city of Granada, with all its towns, villages and hamlets. Also the bishopric of Guadix - Baza. In Almeria the Court had jurisdiction in the city itself, as well as the vicars of the Caves, the Velez, Purchena, Serón and Vera party. In addition to the vicars of Berja Andarax and Zeel. In the Bishopric of Malaga extended its domain to Malaga city and the vicars of Ronda, Antequera, Velez Malaga, Coin and Marbella. The Provincial Archives of Granada, custody the Fund from the late Court of Granada, although only documentation of a fiscal nature which was seized by the Provincial Administration of Finance intends to liquidate the assets of the defunct Tribunal, fact happened in 1836 after an initial looting by French troops in 1808 and another in 1820. Despite these facts that should undermine the documentation, a total of 227 files and 10 books, containing a varied documentation which other subjects of particular interest, although raw economic, appear preserved

Overview of the 2018 Workshop On Iterative Errors in Unsteady Flow Simulations

wo workshops were held at the ASME V&V Symposiums of 2017 and 2018 dedicated to Iterative Errors in Unsteady Flow Simulations. The focus was on the effect of iterative errors on numerical simulations performed with implicit time integration, which require the solution of a nonlinear set of equations at each time-step. The main goal of these workshops was to create awareness to the problem and to confirm that different flow solv- ers exhibited the same trends. The test case was a simple two-dimensional, laminar flow of a single-phase, incompressible, Newtonian fluid around a circular cylinder at the Reynolds number of 100. A set of geometrically similar multiblock structured grids was available and boundary conditions to perform the simulations were proposed to the par- ticipants. Results from seven flow solvers were submitted, but not all of them followed exactly the proposed conditions. One set of results was obtained with adaptive grid and time refinement using triangular elements (CADYF) and another used a compressible flow solver with a dual time stepping technique and a Mach number of 0.2 (DLR-Tau). The remaining five submissions were obtained with five different incompressible flow solvers ( ANSYS CFX 14.5, PIMPLEFOAM , REFRESCO , SATURNE , STAR CCM þ v12.06.010-R8) using implicit time integration in the proposed grids. The results obtained in this simple test case showed that iterative errors may have a significant impact on the numerical accu- racy of unsteady flow simulations performed with implicit time integration. Iterative errors can be significantly larger (one to two orders of magnitude) than the residuals and/or solution changes used as convergence criteria at each time-step. The Courant number affected the magnitude of the iterative errors obtained in the proposed exercise. For the same iterative convergence criteria at each time-step, increasing the Courant number tends to increase the iterative err