DYNAMICS OF BANDRA WORLI SEA LINK BRIDGEObjective: To study the modes of vibration of a real-life bridge – Bandra Worli Sea Link Bridge. DISCLAIMER: The Simulation covered in this experiment is based on the geometrical and material parameters of the Bandra- Worli Sea Link Bridge. The FENITE ELEMENT MODEL is highly idealizised and not updated on the actual bridge. The structural dynamics aspects covered are thus idealized and may not be representative of the actual bridge,where site condition matter a lot. Also, the term and condtion of General Disclaimer hold good Select Mode Shapes: MODE SHAPES
First mode shape, frequency= 1.204 Hz.
Second mode shape, frequency= 1.263Hz
Third mode shape, frequency= 1.276Hz
Fourth mode shape, frequency= 1.388Hz
Fifth mode shape, frequency= 1.411Hz
Sixth mode shape, frequency= 2.571Hz
Seventh mode shape, frequency= 2.726Hz
Eighth mode shape, frequency= 3.107Hz
Ninth mode shape, frequency= 4.403Hz
Tenth mode shape, frequency= 4.579Hz
Pristine State (0 Hole)
( Frequency Range Between 1 to 250 kHz ) *Enter The First Frequency (in kHz) : *Enter The Second Frequency (in kHz) : *
Note: Here, Moment of inertia is a property of shape that is used to predict deflection, bending and stress in beams.
Incipent (2 Hole)
( Frequency Range Between 1 to 250 kHz ) *Enter The First Frequency (in kHz) : *Enter The Second Frequency (in kHz) : *
Note: Here, Moment of inertia is a property of shape that is used to predict deflection, bending and stress in beams.
Moderate
State (4 Hole)
( Frequency Range Between 1 to 250 kHz ) *Enter The First Frequency (in kHz) : *Enter The Second Frequency (in kHz) : *
Note: Here, Moment of inertia is a property of shape that is used to predict deflection, bending and stress in beams.
Severe
State (8 Hole)
( Frequency Range Between 1 to 250 kHz ) *Enter The First Frequency (in kHz) : *Enter The Second Frequency (in kHz) : *
Note: Here, Moment of inertia is a property of shape that is used to predict deflection, bending and stress in beams.
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