Warships After London (e-bog) af Jordan, John
Jordan, John (forfatter)

Warships After London e-bog

127,71 DKK (inkl. moms 159,64 DKK)
The acclaimed naval historian presents an authoritative study of how the 1930 Treaty of London influenced warship design in the years before WW2. After the Washington Naval Treaty of 1922 put a cap on the construction of capital ships and aircraft carriers, the major navies of the world began building 'treaty cruisers' and other warships that maximized power while abiding the restrictions. As t...
E-bog 127,71 DKK
Forfattere Jordan, John (forfatter)
Udgivet 30 september 2020
Genrer 3JJ
Sprog English
Format epub
Beskyttelse LCP
ISBN 9781526777508
The acclaimed naval historian presents an authoritative study of how the 1930 Treaty of London influenced warship design in the years before WW2. After the Washington Naval Treaty of 1922 put a cap on the construction of capital ships and aircraft carriers, the major navies of the world began building 'treaty cruisers' and other warships that maximized power while abiding the restrictions. As the French and Japanese excelled in this arena, Britain and the United States sought amendments that would curb their new cruisers, destroyers, and submarines. The negotiations which resulted in the Treaty of London of April 1930 were fraught, and the agreement proved controversial.Warships After London examines warship developments in the five major navies during the period 1930-1936. Long-term plans were disrupted, and new construction had to be reviewed in the light of the new treaty regulations. This led to new, often smaller designs, and a need to balance unit size against overall numbers within each of the categories.As ships produced under these restrictions were the newest available when war broke out in 1939, this book is a major contribution to understanding the nature of the navies involved. Its value is enhanced by well-chosen photographs and by the author's original line drawings showing the ships' overall layout, armament, protection, and propulsion.