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It remains as the Dom St Blasius, or "St Blaise's Cathedral" (so called because of its size and magnificence, not because it is a cathedral in any ecclesiastical or administrative sense). Dom properly denotes or means an important church (as the main church of a town or a city), not a cathedral (seat of a bishop), Kathedrale in German.
Blasius came from the noble family Mataranga family, who were wealthy in the southern Albania coastal region between Durazzo and Valona, whose first known members were recorded in a document from the Republic of Ragusa as rulers of the territory.
Frédéric Blasius (24 April 1758, in Lauterbourg – 1829, in Versailles) was a French violinist, clarinetist, conductor, and composer. Born Matthäus ( French : Matthieu , Mathieu ) Blasius , he used Frédéric as his pen name on his publications in Paris.
Blasius may refer to: various saints, including Saint Blaise (the French form of Blasius) August Wilhelm Heinrich Blasius (1845–1912), German ornithologist; Blasius of Parma (c. 1345–1416), natural philosopher, born in Parma; Frédéric Blasius (1758–1829), French opera composer and conductor; Gerard Blasius (1627–1682), Dutch anatomist
A schematic diagram of the Blasius flow profile. The streamwise velocity component () / is shown, as a function of the similarity variable .. Using scaling arguments, Ludwig Prandtl [1] argued that about half of the terms in the Navier-Stokes equations are negligible in boundary layer flows (except in a small region near the leading edge of the plate).
Leonhard Blasius (also spelled Lennart, Leinert, Lineest) (died 8 December 1644) was a Danish architect in the service of King Christian IV. Biography.
Joan Leonardszoon Blasius (13 April 1639 – 6 December 1672) was a Dutch poet, playwright, translator and lawyer. Born near Cadzand in Oostvliet , a village now lost to the North Sea, he was the younger brother of the famous doctor Gerard Blasius .
Paul Richard Heinrich Blasius (9 August 1883 – 24 April 1970) was a German fluid dynamics physicist.He was one of the first students of Prandtl.. Blasius provided a mathematical basis for boundary-layer drag but also showed as early as 1911 that the resistance to flow through smooth pipes could be expressed in terms of the Reynolds number for both laminar and turbulent flow.