Rocscience Webinar: Rock Stability Suite - Dips, RocPlane, Swedge, RocTopple

This webinar was conducted on June 22, 2020, and showcased the latest features and applications of Rocscience's powerful Rock Stability Suite that includes Dips, SWedge, RocPlane and RocTopple.
Request a free trial of Rocscience Rock Stability Suite - www.rocscience....

[@ahmadshahahmadi5830]

I have bought DIPs 10.7 it very useful thanks from roc science,

[@rocscience]

Welcome 👍

[@user-vt1vu9zv4u]

Muy bien explicado. Felicidades y gracias

[@maheshbabutera6228]

Great lecture

[@rocscience]

Thank you!

[@karengenelpitallano8724]

How can we know what to put at the lateral limits? Please answer. Thank you

[@rocscience]

Hello, please fill in our Support Form with the details of your question and our team will get back to you shortly: www.rocscience.com/support/get-support

[@surihjagirani3336]

Nice presentation would you please share a cracked version of that software because I'm doing a Ph.D. in Technical Engineering

[@emilioeveling944]

Hello. What does the value of the lateral limits depend on? Since the value of the percentages varies a lot depending on whether it is 20 or 30. Thank you.

[@rocscience]

Hello Emilio,
For any given 3D planar measurement, we have both the actual dip and the apparent dip relative to the slope face. When conducting kinematic analysis in 3D, we must be cautious not to blindly use actual dip, as they can dip in all directions with dip directions varying from 0 to 360 degrees. What we want to do is use planes and/or intersections that dip in the same relative direction to the slope so that the apparent dip or plunge is comparable to the actual dip or plunge. Particularly for modes of failure that are entirely 2D (i.e., planar sliding, flexural toppling), the planes should dip in the same direction as the slope. In reality, we don't always encounter planes that dip precisely in the same direction as the slope, so we set a lateral limit to capture the planes/intersection that dip relatively in the same direction as the slope. A rule of thumb is to use +/- 20 to 30 deg.
Thank you!

[@emilioeveling944]

@@rocscience Thank you very much for your answer, it was very clear and now I understand it better. Could you give me an example when you would use 20 and when 30 degrees in the lateral limit?

[@sashamcghee1674]

😎😎😎👌👌

[@rocscience]

Thank you!

[@umutbayar9905]

Türk aksanı nerde görsem tanırım 😂 gibi