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T. Lamb (2003)
Ship Design and Construction
João Lavanha (1996)
Livro primeiro da architectura naval
Daniel Harris (1989)
F.H. Chapman: The First Naval Architect and His Work
Archimedes, J. Heiberg, Euangelos Stamatēs
Archimedis opera omnia cum commentariis Eutocii
D. Vassalos (2009)
Risk-Based Ship Design
S. Gould (1955)
The Method of ArchimedesAmerican Mathematical Monthly, 62
R. Costanza, J. Diamond (1999)
Human History as a Natural Science@@@Guns, Germs, and Steel: The Fates of Human SocietiesBioScience, 49
The works of archimedes
Monatshefte für Mathematik und Physik, 9
Henry Mendell (2007)
The Archimedes Codex: How a Medieval Prayer Book Is Revealing the True Genius of Antiquity's Greatest Scientist
David Mcgee (2009)
Chapter Ten. The Shipbuilding Text Of Michael Of Rhodes
P. Kemp (1978)
The History Of Ships
J. Daly (1985)
Archimedes in the Middle AgesManuscripta, 29
Ulrich Alertz (2009)
Chapter Eleven. Naval Architecture Digitalized Introducing Arithmetic And Geometry Into Late Mediaeval Shipwrightry
Patrice Pomey (2009)
Chapter Two. On The Use Of Design In Ancient Mediterranean Ship Construction
M. Pollio, F. Krohn (2008)
De Architectura, Libri Decem
A. Deane, B. Lavery (1981)
Deane's doctrine of naval architecture, 1670
Thomas Heath (1923)
A History of Greek MathematicsThe Classical Review, 37
F. Costanti (2010)
The Golden Crown: A Discussion
H. Nowacki (2001)
Archimedes and Ship Stability
P. Sames (2009)
Introduction to Risk-Based Approaches in the Maritime Industry
H. Nowacki, W. Lefèvre (2009)
Creating Shapes in Civil and Naval Architecture
R. Netz, William Noel, Natalie Tchernetska, Nigel Wilson, F. Acerbi (2015)
The Archimedes PalimpsestAestimatio : Critical Reviews in the History of Science, 10
D. Camp, L. Sprague (1963)
The Ancient Engineers
R. Taton (1959)
The Principal Works of Simon StevinRevue D'histoire Des Sciences, 12
[In his written work Archimedes’ primary contributions to ship design were the law of buoyancy and the criterion of stabilityStability of a floating object. These laws form the foundations of the floatability and upright stability of ships. How did he create and justify this fundamental knowledge? Might he have applied it to contemporary issues in the ship design of his era? How was this knowledge passed down through the centuries and when and how was it applied to practical ship design decisions? What is the role of Archimedes’ fundamental insights in today’s ship design? This article will address these issues in its three sections on Archimedes’ own contributions, the history of his heritage in the maritime field, and the continuing significance of his physical laws in modern ship design.]
Published: Aug 27, 2017
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