Produce a geologic model showing the weak layer sandwiched between two stronger rocks which is visualise size of the weak layer and the interactions between the weak and strong layers. rocks like serpentanite and metasediments are a good start, look at the paper the report is based.
Using calculations, the channel width can be determined swapping out the viscosity value to simulate other weak rocks, along with velocities.
A sufficient amount of weak rocks are to be examined as a part of the model to see if there is any differences between the rocks as they are exhumed such as velocity rates, channel width etc.
I am mainly looking for the results section of this research project, so conclusion, intro, abstract isnt needed but graphs should still be produced like in the paper below.
This research project is based on the following paper and so are the calculations requested found at:
https://www.academia.edu/30302369/Numerical_model_of_the_effect_of_serpentinites_on_the_exhumation_of_eclogitic_rocks_insights_from_the_Monviso_ophiolitic_massif_Western_Alps_
The calculations in the above paper can be solved via:
The flow of material through the channel is equal to –
https://usir.salford.ac.uk/id/eprint/46568/1/MATHEMATICAL%20BIOSCIENCES%20ciliated%20micropolar%20bio%20propulsion%20ACCEPTED%20April%206th%202018.pdf
The velocity profile in the channel is equal to and The pressure gradient between the base and the top of the channel is expressed by –
https://www.eps.mcgill.ca/~courses/c510/%5BTurcotte_D.L.,_Schubert_G.%5D_Geodynamics(Bookos.org).pdf
Additonal papers that may help research this field is –
https://link.springer.com/article/10.1007/s11430-016-5103-7
https://sp.lyellcollection.org/content/specpubgsl/268/1/1.full.pdf
https://watermark.silverchair.com/1013.pdf?token=AQECAHi208BE49Ooan9kkhW_Ercy7Dm3ZL_9Cf3qfKAc485ysgAAAj4wggI6BgkqhkiG9w0BBwagggIrMIICJwIBADCCAiAGCSqGSIb3DQEHATAeBglghkgBZQMEAS4wEQQMxWfFOtca0ZuarrvhAgEQgIIB8bKYm02S7n908SUaWG_3-fb2tbWWqXX5tt7WokYCFEnAsWeP68DfXMYqxKzBpXjuH3DX9FjhTxLsXieJXzyxG6FD-jGP0VSdAvH_MczHY_-8j01RY1GYktrq4NwwGzsu9sd5nUipDUnOTqO5pi0oAZmgJdi0sUY6y6WqpzSraqou2TcSmQ48SO2M_tjtgUd9K4GtHlEd4smhJde3k-GXOxmYBlRrWSzWHVKrSB5tsMRxC-S0-7S2HGlbabX0peuiqhkHj53IcQejzaeVH3GERiuc4ZCEjjYpppGvTxhQNFAQrDIpbdhKJh_ESdYXKCx_JVnztLNWtwgAQnkYIOYU42r9BBeGdibthjWmrszletmjevXOKM-UpNqPjnZls6q9wSxqD4m4SfM6ycaqxDDMtikzPp02b32dalKGLwKkQAv_4C9QwlPlz3EN79lKi5y2-TFebcPNQ-Q9ZHgQX8erXbQ4Q_WmlbcOwGGJFgtjUCi-ADG74FoXy_BtagP1uFw94Ny-JYxXCBQSB2gT7ZJyoIL_t083EfHgi_wO1L62tNhuAtSXKpjgHcriSimYNe8YLibojho5UHI7MtDQPJFAdX8-kvuvp2n20OYD-PtDPnXc_vlZDXQQaaEvST4eXQ8y8cws_em4qOHN2dmHqHSZ_TXg