Defect description: the content is repeated
Steps to reproduce : Structural Dynamics Lab →List Of Experiments->introduction
Actual Result:
Behaviour of Rigid Blocks
Shake table is an experimental set-up where buildings can be vibrated using real ground motion to test the resistance of structures and to demonstrate the sensitivity of structures of different heights to the frequency of the ground motion.
To understand the behavior of rigid blocks (or furniture) to given amplitude and frequency of ground motion. Shake table is an experimental set-up where buildings can be vibrated using real ground motion to test the resistance of structures and to demonstrate the sensitivity of structures of different heights to the frequency of the ground motion.
(note the bold is written twice)
expected result:
Shake table is an experimental set-up where buildings can be vibrated using real ground motion to test the resistance of structures and to demonstrate the sensitivity of structures of different heights to the frequency of the ground motion.
To understand the behavior of rigid blocks (or furniture) to given amplitude and frequency of ground motion.
Defect description: the content is repeated Steps to reproduce : Structural Dynamics Lab →List Of Experiments->introduction Actual Result: Behaviour of Rigid Blocks
Shake table is an experimental set-up where buildings can be vibrated using real ground motion to test the resistance of structures and to demonstrate the sensitivity of structures of different heights to the frequency of the ground motion. To understand the behavior of rigid blocks (or furniture) to given amplitude and frequency of ground motion. Shake table is an experimental set-up where buildings can be vibrated using real ground motion to test the resistance of structures and to demonstrate the sensitivity of structures of different heights to the frequency of the ground motion.
(note the bold is written twice) expected result:
Shake table is an experimental set-up where buildings can be vibrated using real ground motion to test the resistance of structures and to demonstrate the sensitivity of structures of different heights to the frequency of the ground motion. To understand the behavior of rigid blocks (or furniture) to given amplitude and frequency of ground motion.
screenshot:![issue4](https://user-images.githubusercontent.com/44090696/54474790-6c49dc80-480f-11e9-9249-28147152a326.png)