Long-span Railway Bridges: Comprising Investigations of the Comparative, Theoretical and Practical Advantages of the Various Adopted Or Proposed Type Systems of Construction, with Numerous Formulae and Tables, Giving the Weight of Iron Or Steel Required in Bridges from 300 Feet to the Limiting SpansE. & F.N. Spon, 1867 - 84 páginas |
Outras edições - Ver todos
Long-span Railway Bridges (revised Edition): Comprising Investigations of ... Sir Benjamin Baker Visualização completa - 1873 |
Long-span Railway Bridges (revised Edition): Comprising Investigations of ... Sir Benjamin Baker Visualização completa - 1873 |
Long-span Railway Bridges: Comprising Investigations of the Comparative ... Sir Benjamin Baker Visualização completa - 1867 |
Termos e frases comuns
03 cwts amount arched rib bars bowstring bridge bowstring girder box girder braced spandrils Britannia bridge But=strain in cwts cantilever bridge centre of pressure chains Clifton Suspension Bridge compression member consequently construction curve of equilibrium deflection depth of bracing diagonals economic d² economic span effect equal foot run formulæ horizontal bracing independent girders initial tension instance investigations iron required last type lattice girder limiting span load per foot long-span bridges LONG-SPAN RAILWAY BRIDGES main span mass multiplied mass of metal maximum strain metal required mixed load Multiple multiplied by 03 obtained parabola piers plate proportion Ribs with Braced rigidity rolling load Span in feet square inch due square inch sectional steel stiffening girder straight-link girder strain in cwts strain per square structure suspension bridge suspension portion taking the coefficient Taking the limiting theoretical top member total mass weight of iron weight per foot whilst