Full-Scale Fatigue Testing of Components and Structures

Content: 
Front Matter, Page iii
Copyright, Page iv
Preface, Page v, K.J. Marsh
Contributors, Pages vii-viii
1 - Introduction, Pages 1-15, K.J. Marsh
2 - Full-scale fatigue testing of aircraft structures, Pages 16-43, P.R. Edwards
3 - Automotive components and systems: the role of full-scale fatigue testing, Pages 44-58, S.J. Hill
4 - Railway component fatigue testing, Pages 59-76, R. McLester
5 - Fatigue evaluation of helicopter rotor heads, Pages 77-97, R.L.C. Greaves
6 - The fatigue strength of artillery gun structures, Pages 98-108, K.J. Marsh, J.L. Duncan
7 - The fatigue strength of offshore structures and components, Pages 109-133, K.J. Marsh, R. Holmes
8 - Fatigue testing of bridge components, Pages 134-166, G.P. Tilly
9 - The fatigue of military bridges, Pages 167-185, D. Webber, J.V.L. Barker
10 - Structural testing in nuclear engineering, Pages 186-209, G. Sumner, A.M. Clayton
11 - Fatigue testing of gas turbine components, Pages 210-234, G. Asquith, A.C. Pickard
12 - Fatigue testing of mobile crane components and structures, Pages 235-247, K.J. Marsh
13 - Fatigue strength of ropes, Pages 248-262, D.M. Waters, H. Crawford
14 - Fatigue strength of general mechanical engineering components, Pages 263-277, J.H. Edwards
15 - The service operating environment–a vital input, Pages 278-294, S.J. Hill, D.R. Everitt
16 - The design and operation of the Strongfloor Structural Testing Laboratory at NEL, Pages 295-308, K. Denton, J. Fairbairn
17 - The use of a structural fatigue testing laboratory for other tests, Pages 309-322, J. Fairbairn
18 - Concluding remarks, Pages 323-327, K.J. Marsh
Index, Pages 329-331