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Rocscience Slide Download

Rocscience Software

Introduction

Starting Spring 2014, the CEE Department commenced participation in Rocscience's Education Program allowing students access to their geotechnical analysis and design programs.
Assistant Professor Anne Lemnitzer, Ph.D., spearheaded the program for HSSOE and the software will be used in the following courses:
  • CEE 156 Foundation Design
  • CEE 231 Foundation Engineering (Graduate)
  • CEE 232 Geotechnical Earthquake Engineering (Graduate)

Download Software

Please click here to download software, instructions, and license server info.
Be sure to download:
  1. Client Configuration.pdf
    1. This explains how to configure your software to connect to the campus license server.
  2. Rocscience-installation_and_license
    1. This has basic instllation instructions and license server info
  3. Step 2 - Rocscience Software Suite.zip
    1. This is the client installe

PLEASE NOTE: You must be logged on using your UCI Google Apps account to download software

  • Software requirements from Rocscience.
For support, contact lpreble@uci.edu

Installation Instructions

1) Download 'Step 2 - Rocscience Software Suite.zip' and unzip
2) Click on rss1089n09s.exe to install the software
Now configure connection to license server. For more details, view the PDF you downloaded.
1) Open up a web browser, type in the following host:

2) Select Configuration option in the left pane and then click on Access to Remote License Managers tab
3) Make sure that Allow Access to Remote Licenses is turned on.
4) Specify the license server's IP address inn Specify Search Parameters edit box.
NOTE: *YOU MUST SPECIFY THE IP Address. - See the license server doc you downloaded.
Again, type in the license server IP address in the box for Remote License Search Parameters.
Press Submit button to save settings.

5) Press the Products option in the left pane. If the license server has been found, you will see the license(s) in the products list (see below).
It might take a few minutes for license server to show up.
If it does not show up, make sure that the port 1947 is not blocked and you can ping the server by its IP address.
6) Once the client has found the remote license server and the license is showing up in Products page,
7) You can run your Rocscience.



YOU must be logged into UCI Campus Network in order to connect to the license server.
If you are off-campus, then you need to connect to UCI's VPN service.



Rocscience’s easy to use geotechnical analysis and design programs help engineers create safe, affordable solutions in rock and soil. For a nominal fee, our Education Program gives instructors at the world’s leading universities the ability to offer their students full use of the latest Rocscience software. Rocscience software complements your instruction and helps you teach key approaches to today’s most relevant geotechnical engineering problems including:
• slope stability & groundwater analysis, complete with probabilistic analysis, using Slide
• consolidation & settlement under foundations, embankments, surface excavations using Settle3D
• stability analysis for underground or surface wedges using Unwedge or Swedge
• finite element stress analysis of underground or surface excavations using Phase2
• stereonet projection & analysis of orientation based geological data using Dips
• 3D finite element analysis for rock/soil using RS3



Rocscience Slide Download Mp3

Link download: Rocscience Slide 6.025 + patch Slide is the most comprehensive slope stability analysis software available, complete with finite element groundwater seepage analysis, rapid drawdown, sensitivity and probabilistic analysis and support design. On the start menu locate “Rocscience Software Activation” either by typing or navigating to Rocscience Licensing. Select “Manual Activation” in the lower left. Select “Save C2V” to save the file. Go to our support form, and follow the instructions to attach your C2V file.

Slide2 (formerly “Slide”) is a 2D slope stability program for evaluating the safety factor or probability of failure, of circular and non-circular failure surfaces in soil or rock slopes. Slide2 is simple to use, and yet complex models can be created and analyzed quickly and easily. External loading, groundwater and support can all be modeled in a variety of ways.

Download Rocscience Dips 7.016/Settle3D 2.016/Slide 6.020/Unwedge 3.009 for free at ShareAppsCrack.com and many other applications - shareappscrack.com. Rocscience Slide3 Tutorial - 3D Slope Stability Analysis: Duration: 61 Mins: Language: English: Format: MP4: Size: 238 MB: Download Method: Direct Download Download Links BECOME A MEMBER VIEW DOWNLOAD LINKS. Rocscience Academic Bundle. The Rocscience Academic Bundle is provided for academic use of the software for teaching and research purposes. The program contains our full suite of Rocscience software and runs on a yearly subscription basis (July 1st - June 30th) for just $750 USD per year. Slide Rocscience Download Crack Phase2 8.0 is a powerful 2D elasto-plastic finite element stress analysis program for underground or surface excavations in rock or soil. It can be used for a wide range of engineering projects and includes support design, finite element slope stability, groundwater seepage and probabilistic analysis.

Slide2 analyzes the stability of slip surfaces using vertical slice or non-vertical slice limit equilibrium methods like Bishop, Janbu, Spencer, and Sarma, among others. Individual slip surfaces can be analyzed, or search methods can be applied to locate the critical slip surface for a given slope. Users can also carry out deterministic (safety factor) or probabilistic (probability of failure) analyses.

Groundwater Analysis with Slide2

Finite element groundwater (seepage) analysis, for steady state or transient conditions, is built right into Slide2.

Slide

Probabilistic Slope Stability with Slide2

Rocscience Slide Download

Slide2 also has extensive probabilistic modeling and analysis features. Nearly all model input parameters can be defined as random variables, so that a probability of failure or reliability index may be calculated. Sensitivity Analysis can also be carried out.