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Hello, we are currently working on posting these examples. Please stay tuned on all our social media channels to be informed when they are available. Thank you!

Thank you, as always, for your support!

Hi @mandarino3681, thank you for your positive feedback! We unfortunately don't have the Voronoi DFN on RS3 just yet. However, you can define it in a third party package (such as Neper) and then import it to the DFN tool. We hope that was helpful! Thank you.

We appreciate your support! Thank you!

Hi @joe-pz7iy, our apologies but we unfortunately don't share our presentations. Thank you!

Hi @billjenkins1535, Our conference attendance in the next two months are as follows: - S3 2024 Conference from August 6-8, 2024, in Aurora, Colorado - Association of Environmental & Engineering Geologists Conference from September 10-14, 2024, in Philadelphia, Pennsylvania We look forward to meeting you!

Thank you for taking the time to watch our Mastering series 😀

@@rocscience thank you for your comment I really enjoyed your videos and I respect the whole team of rocscience

Hi @nio837, the sensitivity study shown dealt with uncertainty handling of joint sizes and joint strength parameters. In a complete stochastic assessment of joint-controlled block stability, we would be interested in simulating variations in not only the joint strengths, but also the joint geometry (size, orientation, set spacing etc.). Thank you for your feedback!

Thank you for watching!

Thank you for your feedback. These short-form videos are meant to briefly introduce key features in RS2, so we didn't dive into the details you mentioned. For more information, please refer to our online help pages ( www.rocscience.com/help/rs2/documentation/rs2-model/support-2/piles/pile-overview ) or contact our technical support ( www.rocscience.com/support/get-support ).

Usually for clay, we model using primary consolidation for focusing on pore water pressure dissipation with time along depth of soil. For certain conditions of soil, we provide more details on what you can use in our documentation with more details. static.rocscience.cloud/assets/verification-and-theory/Settle3/Immediate-Settlement.pdf

We are glad you enjoyed it! To learn more about RocTunnel3, check out our in-depth article on the tool here: www.rocscience.com/learning/roctunnel3-is-your-new-software-for-3d-underground-block-stability-analysis-and-design.

Hi @mahirbadanagki, thank you for your comment!

Hello @eslamahmed7022, At this time, we do not support geometry manipulation through RS2 scripting. We understand that this is a valuable feature, and we are working towards including it in a future release. Here is a link to the reference manual for the full list of supported functionalities: rocscience.github.io/rs2-scripting/. Thank you!

Thank you for your comment @himodesweet6726! We are glad you found this video by Dr. Ahmed Mufty insightful.

You're most welcome! We are glad you are enjoying our Mastering series. Is there another Rocscience tool you would like us to feature next?

We are glad you enjoyed it! Please let us know in the comments if you had any other feature in our Rocscience suite you would like us to cover next. Thank you!

Hi @putrisalsabila2911, we definitely will start adding the subtitles. We apologize for the inconvenience. Thank you!

Hello, great question! When you consider fluid potential (gravity), undrained behaviour or coupled behaviour, it is possible for finite element seepage analysis to calculate negative pore water pressure. These are incorporated when calculating effective stresses and there are ways of limiting their impact according to site conditions. For example, you can apply a negative pore pressure cutoff: www.rocscience.com/help/rs2/documentation/rs2-model/project-settings/groundwater#page-content-4.

Hi @issakone9480, Thank you for the comment! We have some excellent online resources to help you get started no matter your python expertise. If you want to dive into all the available RS2 Python classes/functions, check out rocscience.github.io/rs2-scripting/. This page is also linked in our Scripting overview page www.rocscience.com/help/rs2/documentation/rs2-scripting/scripting-overview. While you are coding in the RocScript Editor and want to learn more about a specific class/function, you can always right-click the function/class and click "Go to Definition". The model and script I showed in the video can be found here: www.rocscience.com/help/rs2/tutorials/scripting/anchored-sheet-pile-wall. The Python Scripting feature is only available in RS2. We are working on adding this feature to RS3 for a future update. If you have any specific problems you need help with, please don't hesitate to reach out to our Tech Support www.rocscience.com/support/get-support.

@@rocscience Thank you very much, really appreciated.

@@issakone9480 You're most welcome!

Thank you!

Hello, this is our Slide3 software featured in this webinar. To either purchase the tool or get a free trial, please click here: www.rocscience.com/software/slide3. Thank you!

Hello @dastra.mining, Please send us your modelling queries to www.rocscience.com/support/get-support. Our support team will get back to you as soon as possible. Thank you!

Thank you!

Hello @surihjagirani3336, Thank you for your interest in Dips. However, it's important to note that distributing or using cracked versions of our software is illegal. We kindly advise you to purchase a license of Dips here: www.rocscience.com/software/dips.

@@rocscience Dear I'm student is there any discount for the student?

@@surihjagirani3336 we have an Academic Bundle that is sold at great value which could be purchased by your university. To find more information, click here: www.rocscience.com/plans-pricing/academic-bundle.

Hi @putrisalsabila2911, The software does not explicitly identify the coordinate system in use, but it assumes that coordinates are in length units. You can specify your coordinates using that system, but it is up to you to consistently use that system. As the UTM system's coordinates are in length units (such as meters), no additional processing should be necessary. It's important to note that since the software doesn't recognize the specific system being utilized, there's no option to specify a UTM zone. Thank you!

We are glad you are enjoying our Mastering series. If there are any features that you would like us to feature, leave it in the comments below. Thank you!

You're most welcome! If you would like to try Dips for yourself, download a free 15-day trial here: go.rocscience.com/free-trials.

Thank you for your comment! If you would like to test out this feature in RSPile, download a 15-day free trial here: go.rocscience.com/free-trials.

Thank you! We appreciate your comment. Please let us know if you have any features that you would like us to cover next.

Hello, yes we do! Please send us your resume and transcripts to jobs@rocscience.com. Thank you!

@@rocscience Alright, thank you.

Leapfrog is a Bentley product. Are you sure that it is compatible with slide3? I wouldn't expect it to be.

Our tools, Slide3 and RS3, can read geometry files (surfaces and volumes) from any geotechnical and geological 3D software packages, including Leapfrog. You can refer to the different file formats here: www.rocscience.com/help/slide3/documentation/file/import/import-geometry. Thank you!

agree, leapfrog is great, it would be greater if slide3 or rs3 can automatically read the leapfrog format, so no need to repair, adjust or changing the mesh or volume from leapfrog (plug & play)

@@damianospapadopoulos4415 I used LeapFrog volumes as dxf and Slide3 was able to read the volumes

Good Evening! Thank you for the feedback! You would not need to define any filters, the Intelligent Search will find all the possible failure surfaces automatically.