Review: R. Bellamy, D. Castiglione and J. Shaw (eds.), Making European Citizens (Palgrave Macmillan, 2006)

Review of edited collection.

The Contemporary Group, October 24, 1979

Concert program for The Contemporary Group, October 24, 1979

Letter - Colonel Albert D. Shaw to Francis Lynde Stetson, 31 March 1892

A letter from Colonel Albert D. Shaw to Francis Lynde Stetson dated March 31, 1892. The letter is in regards to correspondence with the Attorney General in efforts to expedite the passing of an Act through Ontario Parliament. The act was introduced a week later (April 6, 1892) confirming the agreement between the Queen Vctoria Niagara Falls Park and the Canadian Niagara Power Company.

Letter - James Wilson to Colonel Albert D. Shaw, 29 February 1892

A letter from James Wilson, Park Superintendent to Albert D. Shaw in the year 1892. Wilson describes plans to produce hydroelectric power using Niagara Falls. He details advantages to the plan in this five page correspondence with Shaw.

Summons - Shaw vs. Hoover et al. 1851

A summons to Henry Hoover of the Township of Thorold in the county of Welland, William Cowan of the Village of Dunville in the county of Haldimand, James Park and John H. Casper of the township of Thorold in the county of Welland.

Photograph - Charles W. Band, Jessie Shaw Band and a child sitting on the Steps of a House

A photograph of Charles W. Band, Jessie Shaw Band , and a child sitting together on the steps of a house.

Last Will and Testament - Angus Shaw

Last Will and Testament of Angus Shaw of Montreal. He leaves his possessions to Marjory Shaw, his wife; children of his sister Marion (wife of Duncan McDougall) and his nieces who are daughters of his deceased sister Isabella, May 9, 1809.

Indenture of Land Sold by David Secord to George Shaw, Richard Woodruff, Timothy Street, Josiah Brown, Henry Pope

Indenture regarding land sold by David Secord of St. Davids to George Shaw, Richard Woodruff, Timothy Street and Josiah Brown, all of Niagara Township and Reverend Henry Pope of York. The land includes part of Lot no. 90 in the Township of Niagara. September 5, 1820.

Indenture of Land Sold by George Shaw to Richard and William Woodruff

Indenture stating that George Shaw of Niagara sold 1 acre, 2 roods and 1 perch in the Village of St. Davids to Richard and William Woodruff. The price was 66 pounds - instrument no. 6926, June 9, 1824.

Indenture of Conveyance between George Shaw and Richard Woodruff and Company

Indenture of conveyance between George Shaw of the Township of Niagara and Richard Woodruff and Company, merchants of the Township of Niagara, all living in the Village of St. Davids for a share of water ("course of water running in a hole one inch diameter"), April 15, 1825.

Indenture between Robert Sparrow Delatre, Thomas Sheppard Smyth, Thomas Hector, and Arthur Shaw

Indenture between Robert Sparrow Delatre of Stamford Township, Thomas Sheppard Smyth of Brussels, Belgium, formerly of Stamford Township and Thomas Hector of Quebec, trustees of the last will and testament of Philip Chesneau Delatre to the Bank of Upper Canada and Arthur Shaw of Niagara Township regarding Lot no. 3 in the 1st Concession and Lot no. 4 in the 1st Concession, part of Lot no. 3 in the 2nd Concession, 50 acres of Lot no. 4 in the 4th Concession, 200 acres in Lot no. 8 in the 11th Concession in Blandford in the County of Oxford and broken Lot no. 11 in the 18th Concession in the Township of Zorra - instrument no. 6083. This is listed in the Blandford folio 184 and 185 in folio 63 and 64. Joseph Woodruff has signed this as conveyancer, March 29, 1853.

Letter to the Honourable William Dickson from Abraham Shaw

Letter to the Honourable William Dickson from Abraham Shaw saying that he has got his mill raised and is getting along well (1 page, double-sided, handwritten), Oct. 2, 1818.

Las castañeras picadas ; sainete original de Don Ramón de la Cruz. Refundido en tres cuadros por Carlos Fernández Shaw

UANL

An unstructured CVFEM and moving interface algorithm for non-Newtonian Hele-Shaw flows in injection molding

Purpose - The purpose of this paper is to develop a novel unstructured simulation approach for injection molding processes described by the Hele-Shaw model. Design/methodology/approach - The scheme involves dual dynamic meshes with active and inactive cells determined from an initial background pointset. The quasi-static pressure solution in each timestep for this evolving unstructured mesh system is approximated using a control volume finite element method formulation coupled to a corresponding modified volume of fluid method. The flow is considered to be isothermal and non-Newtonian. Findings - Supporting numerical tests and performance studies for polystyrene described by Carreau, Cross, Ellis and Power-law fluid models are conducted. Results for the present method are shown to be comparable to those from other methods for both Newtonian fluid and polystyrene fluid injected in different mold geometries. Research limitations/implications - With respect to the methodology, the background pointset infers a mesh that is dynamically reconstructed here, and there are a number of efficiency issues and improvements that would be relevant to industrial applications. For instance, one can use the pointset to construct special bases and invoke a so-called ""meshless"" scheme using the basis. This would require some interesting strategies to deal with the dynamic point enrichment of the moving front that could benefit from the present front treatment strategy. There are also issues related to mass conservation and fill-time errors that might be addressed by introducing suitable projections. The general question of ""rate of convergence"" of these schemes requires analysis. Numerical results here suggest first-order accuracy and are consistent with the approximations made, but theoretical results are not available yet for these methods. Originality/value - This novel unstructured simulation approach involves dual meshes with active and inactive cells determined from an initial background pointset: local active dual patches are constructed ""on-the-fly"" for each ""active point"" to form a dynamic virtual mesh of active elements that evolves with the moving interface.