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LUNDS UNIVERSITET
2008-01-30
Integrated design; Architecture and Construction
Introduktion
Construction
Concepts
• Classical Mechanics– Particles, Rigid bodies– Kinematics, motion– Forces, pair of forces, moments, friction, equilibrium– Newtons laws– Newtons 3rd law – Action and Reaction
• Structural Mechanics– Structural elements
• Cables, beams, plats, shells, solid bodies, boundary conditions (connections)
– Deformable bodies• Inner properties; • Stresses, strains• Compression, tension, shear
Gravitation
Foster, 1983
Renault Distribution Centre
Gaudi – Sagrada Familia, Barcelona
Ett Lusthus
BOUNDARY CONDITIONS
The reaction is perpendicular to the supporting surface
Unknown reactions Fx and Fy
Unknown reactions Fx, Fy and resisting moment, M
Konstruktioners upplagupplag och möten
STÖD
Konstruktioners upplagupplag och möten
STÖD
KOLDING HUS
Koldinghus – ca 1260
1808
1871
1824
1980
RENZO PEANO
Pilgrimskyrka, 1991-2004
Pilgrimskyrka, Renzo Piano , 1991-2004
stångpelarelinabalkbalk-pelarebåge (balk)
plattapanel (skiva)skalstång - axel
Structural element - Konstruktionselement
Charles & Ray Eames, Herman Miller, 1948-50
ORGANIZING THE
MATTERS
Turning Torso
Balance - Motion
Turning Torso; Malmö 2002-2004
Turning Torso
Zaha Hadid
Bergisel ski-jump
Force
Moment – the action of a force on a axel
( ) MA = F×d
Pair of Forces
( ) MA = F (x+d) – F x = F d
Pair of forces
