Shaping structures: statics
In Shaping Structures, an engineer and an architect, both longtime teachers of structures at major American universities, collaborate to present an inspired synthesis of the creative and the technical, explicating both the principles of statics and their application to the fascinating task of finding good form for structures. This richly visual volume features:
* An easily understood development of the fundamentals of statics
* Step-by-step demonstrations, using both numerical and graphical techniques, of simple yet powerful methods for finding form and forces for arched structures, suspended structures, cable-stayed structures, and highly efficient trusses
* 120 photographs and more than 300 crisp drawings that illustrate and explain the magnificent structural triumphs of master architects and engineers -including Gustave Eiffel's famous tower, Robert Maillart's soaring bridges, Pier Luigi Nervi's landmark Turin Exhibition Hall, and many others
* Calculations in both SI metric and conventional units throughout the book
Requiring only the most rudimentary mathematical background yet accurate and fully functional, Shaping Structures provides an inviting point of entry to the study of structural design for engineering and architecture students -proving that the science of statics doesn't have to be lifeless, simplistic, or dull.
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A Vertical Tensile Structure
A Vertical Compressive Structure
Forces in Many Directions
15 other sections not shown
Alamillo Bridge angle apex asymmetrical axial force axis backstay beam bending bottom chord bridge buckling building cable-stayed cable-stayed bridge calculations chapter closing string column compressive force compressive members concrete constant force construction curvature dead load diagonal dimension direction draw equilibrium external forces finding the forces floor force polygon forces that act form and forces form diagram free-body diagram funicular polygon graphical solution hanger straps hanging cable hinge horizontal component inclined intersect interval notation joint kilonewtons length line of action line segments live load load line magnitude maximum member forces Michel Virlogeux numerical panel parabola Photo Pier Luigi Nervi pressure line pull rays reaction represent resultant Robert Maillart Salginatobel Bridge scale shape slope span static stay cables steel stress struc structure strut tensile force tensile stress tension thick tion top chord tower truss vault vectors vertical components weight wire