Online Course: Advanced Modelling and Analysis Using Settle3 and RSPile

Join us for an online course where we'll explore advanced modelling and analysis using Settle3 and RSPile.

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Course Details

• Course Date: June 26 - 27, 2025
• Course Timings: 10 AM – 3:30 PM Eastern Daylight Time (1.5-hour break at 12 PM)
• Rocscience Tools: Settle3 and RSPile
• Platform: Zoom
• Registration Fees:
  • Early Bird- USD $499 (valid until May 25, 2025)
  • Regular - USD $599
• For Group Discount, reach out to Samantha Corkum.

What’s included:

• Temporary software licenses
• Course material
• PDH Certificate

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Course Outline

Day 1 - June 26, 2025

RSPile (10AM – 12PM)

Module 1: Special Features in RSPile

• Effect of sliding soil on piles / integration with Slide2
• Effect of pile stiffness and length
• Pushover analysis – load test simulation
• Length analysis
• P-delta effect/ buckling analysis
• Ground slope and battered piles

Module 2: Pile Foundations in Projects

• Project zoning and capacity table generation
• Multiple load cases
• Pile patterns
• Pile head stiffness matrix, spring constants

Settle3 (1:30 – 3:30PM)

Module 1: Advanced Soil Profile Creation

• Non-horizontal layers using boreholes
• Surface loads on non-horizontal surface
• Section creator
• RSLog integration

Module 2: Advanced Ground Improvement

• Advanced stone columns stiffness
• stone column drainage
• Ground improvement in multiple regions
• wick drains

Day 2 -June 27, 2025

Settle3 (10AM – 12PM)

Module 3: CPT Analysis / Simulation

• CPT analysis with data import
• CPT soil profile
• Results interpretation
• CPT simulation
• CPT settlement (empirical)

Module 4: Use of RSInsight (AI-assited tool) with Settle3

• Incorporating RSInsight into analysis / design
• Case studies and examples

RSPile (1:30 – 3:30PM)

Module 3: Definition of Data

• Elastic modulus in lateral analysis
• Elastic modulus in axial analysis
• Datum dependency
• Elastic analysis
• 50% strain at some models
• Cyclic loading
• Load factors and load cases

Module 4: Definition of Results from Pile Analysis

• Soil reaction
• Soil stiffness
• Rotation or slope
• Unit skin friction vs. soil reaction

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For any additional queries, please reach out to Samantha Corkum.

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Course Instructors: