### Description

The files are databases in Matlab format (.mat files).

- Each file contains processed instrument readings relative to a given centrifuge test. Three datasets are given, relative to centrifuge test BD5, BD7 and BD8 respectively.

- Each dataset consists of three variables: ACC (accelerometers readings), PPT (Pore Pressure Transducers readings), LVDT (Linear Variable Differential Transducers readings).

- variable ACC consists of a matrix of 15 columns: first column represents the reference time vector, while columns from 2 to 15 represents readings from accelerometers 1 to 14.

- variable PPT consists of a matrix of 8 columns: first column represents the reference time vector, while columns from 2 to 8 represents readings from accelerometers 1 to 7.

- variable LVDT consists of a matrix of 6 columns: first column represents the reference time vector, while columns from 2 to 6 represents readings from accelerometers 1 to 5.

- Each file contains processed instrument readings relative to a given centrifuge test. Three datasets are given, relative to centrifuge test BD5, BD7 and BD8 respectively.

- Each dataset consists of three variables: ACC (accelerometers readings), PPT (Pore Pressure Transducers readings), LVDT (Linear Variable Differential Transducers readings).

- variable ACC consists of a matrix of 15 columns: first column represents the reference time vector, while columns from 2 to 15 represents readings from accelerometers 1 to 14.

- variable PPT consists of a matrix of 8 columns: first column represents the reference time vector, while columns from 2 to 8 represents readings from accelerometers 1 to 7.

- variable LVDT consists of a matrix of 6 columns: first column represents the reference time vector, while columns from 2 to 6 represents readings from accelerometers 1 to 5.

Date made available | 2016 |
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Publisher | University of Dundee |

Date of data production | Sep 2010 - Sep 2012 |

### Cite this

Bertalot, D. (Creator), Brennan, A. (Creator)(2016). Centrifuge test data - Influence of initial stress distribution on liquefaction induced settlement of shallow foundations. University of Dundee. ReadMe_1_(.txt), Test_BD7(.mat), Test_BD8(.mat), Test_BD5(.mat). 10.15132/10000116