Top-view and cross-section photographs from analogue experiments of strain partitioning around a rigid indenter performed in the Tectonic modelling laboratory (TecLab) at Utrecht University
Publisher: name: Utrecht University
Year: 2020
Subjects: subject: Natural Sciences - Earth and related environmental sciences (1.5)
subject: analogue modelling of geologic processes
subject: strain partitioning
subject: strike-slip
subject: indenter
subject: indenter geometry
subject: Cerna and Timok Faults system
subject: Moesian Platform
subject: deformation transfer
subject: top-view photographs
subject: cross-section photographs
subject: Serbian Carpathians
subject: EPOS
subject: multi-scale laboratories
subject: tectonic setting &gt; plate margin setting &gt; transform plate boundary setting
subject: tectonic setting &gt; plate margin setting &gt; active continental margin setting
subject: earth interior setting &gt; crust setting &gt; continental-crustal setting &gt; collisional setting
subject: earth interior setting &gt; crust setting &gt; continental-crustal setting &gt; upper continental crustal setting
subject: tectonic process &gt; transform faulting
subject: tectonic process &gt; orogenic process
subject: geological process
subject: deformation &gt; shearing
subject: deformation &gt; fracturing
subject: deformation &gt; ductile flow
subject: thrust sheet/nappe/overthrust
subject: graben
subject: fracture
subject: fold-and-thrust belt
subject: wrench fault
subject: thrust fault
subject: normal fault
subject: fault &gt; strike-slip fault
subject: fault &gt; reverse fault
subject: fault &gt; oblique slip fault
subject: slope and gravitational features
subject: tectonic and structural features
subject: natural geomorphologic feature
subject: mountaintop
subject: mountainslope
subject: mountain
subject: depression
subject: Sand &gt; Quartz Sand
subject: Sillicon/Silly putty/PDMS
subject: Iron Powder
subject: Sandbox &gt; Sandbox (cm scale)
subject: Electric engine (mm/hr)
subject: SLR Camera
subject: Generic camera
subject: Matlab (Mathworks)
subject: Digitial Image Correlation (DIC) / Particle Image Velocimetry (PIV) &gt; Matlab code
subject: Digitial Image Correlation (DIC) / Particle Image Velocimetry (PIV) &gt; PIVlab
subject: Friction coefficient
subject: Viscocity
subject: Grain size distribution
subject: Density
subject: EARTH SCIENCE SERVICES &gt; MODELS &gt; GEOLOGIC/TECTONIC/PALEOCLIMATE MODELS
subject: SOLID EARTH &gt; TECTONICS &gt; PLATE TECTONICS &gt; STRAIN
subject: SOLID EARTH &gt; TECTONICS &gt; PLATE TECTONICS &gt; FAULT MOVEMENT &gt; FAULT MOVEMENT DIRECTION
subject: SOLID EARTH &gt; TECTONICS &gt; PLATE TECTONICS &gt; FAULT MOVEMENT &gt; FAULT MOVEMENT RATE

description: This dataset contains original top-view and cross-section photographs of 12 crustal-scale analogue models. Top-view photographs were taken in regular time intervals from the beginning until the end of each experiment (for details see below). Cross-section photographs were taken at the end of each experiment. Therefore, top-view photographs provide means to track and analyse surface deformation through time and space and cross-sections allow to demonstrate overall vertical deformation of each model. 
The data are grouped in 12 folders that contain the data for the individual models (model1 to model12). The numbering of the folders corresponds to the model numbers as described in Krstekanić et al. (2020, in prep.). Each folder contains two sub-folders named m#-cross-sections and m#-top-views where m stands for the model and # for the number of the model (i.e., the same number as the parent folder). The m#-cross-sections sub-folder contains one top-view photograph indicating the locations of the cross-sections as well as the pertinent cross-section photographs. A number in each cross-section photograph corresponds to the number next to the cross-section location in the top-view. The m#-top-views sub-folder contains all top-view photographs of that particular model, from its initial, undeformed state to the end of the experiment. All photographs are in .jpg format and their names are original generic names created by the camera software at the moment of acquisition.

The data is provided in 12 subfolders for 12 models. Detailed information about the files in these subfolders as well as information on how the data is processed is given in the explanatory file krstekanic-et-al-2020-data-documentation.docx. Contact person is Nemanja Krstekanić  - PhD Candidate - n.krstekanic@uu.nl - https://www.uu.nl/staff/nkrstekanic