3D finite element analysis in PLAXIS Monopile Designer showing the soil-structure interaction of an offshore monopile foundation.

PLAXIS Monopile Designer

Starting at

$12,165.00 USD

Monopile foundation design software for offshore wind

Purchase PLAXIS Monopile Designer Free trial

BENEFITS

Reduce steel use and project costs

Use PLAXIS Monopile Designer to optimize monopile foundations and lower steel, fabrication, and installation costs.
The PLAXIS Monopile Designer interface showcasing 1D design calculations verified by 3D finite element calibrations for offshore wind turbine foundations.

  • Reduce project costs and steel use

    Use enhanced design methods to reduce the embedded pile length by up to 35%, lowering steel, fabrication, and installation costs.

  • Automate and simplify your workflow

    Integrate with PLAXIS 3D to automate model generation and use Python scripting for process automation and design workflows. 

  • Improve accuracy and validate designs

    Use the PISA design method and automated 3D FEM verification to improve monopile design efficiency and confidence.

PRICING OPTIONS

Exclusive pricing options

PLAXIS Monopile Designer

This application enhances PLAXIS 3D by automating the design of monopile foundations for offshore wind projects.

Starting at

$12,165.00 USD

12-month Virtuoso subscription

Includes 1 license and 2 Keys for training or services

  • Significantly reduce steel, fabrication, and installation costs
  • Automate the generation and calculation of 3D models with PLAXIS 3D
  • Use the PISA design method for more efficient and effective designs
  • Validate your 1D design with automated 3D model verification
  • Fully automate your design process with the Python scripting interface

More details

Modeling 

  • Integrates with the PLAXIS 3D environment.
  • Use nonlinear soil reaction curves with PISA or API methods
  • Apply Timoshenko beam theory for large diameter monopile results 

Modeling 

  • Integrates with the PLAXIS 3D environment. 
  • Use nonlinear soil reaction curves with PISA or API methods 
  • Apply Timoshenko beam theory for large diameter monopile results 

Calculations 

  • Automatically calibrates and optimizes soil reaction curves 
  • Features a robust 1D kernel for highly efficient calculation times 
  • Leverages an optimized design method for monopile foundations 

Results 

  • Assess displacements and structural forces realistically 
  • Visualize and export numerical soil reaction curves 
  • Visualize and export parametric soil reaction curves 

Processor:

  • Dual Core CPU required, Quad Core CPU recommended 

Operating System:

  • Windows 10, Windows 11 

Memory:

  • Minimum 8 GB recommended. Large projects may require more. 

Disk Space:

  • Minimum 2 GB free space on the partition where the WindowsTEMP directory resides, and 2 GB free space on the partition where projects are saved. Large projects may require significantly more space on both partitions. For best performance, ensure that the TEMP directory and the project directory reside on the same partition. 

Video:

  • 1024 x 768 pixels, 32-bit color palette required
  • 1920 x 1080 pixels,32-bit color palette recommended 

USER STORIES

Real stories. Real results.

PLAXIS Monopile validated in North Sea

Research using North Sea sand site data proves PLAXIS reliably automates the PISA method for wind foundations.

A 3D finite element model created in PLAXIS, showing a monopile foundation embedded in layered soil, used to validate the PISA design methodology for offshore wind turbines.

PLAXIS used for sand concept design study

A study evaluated PLAXIS against standard practices to verify its applicability for offshore monopiles in sand.

3D PLAXIS model illustrating the soil-structure interaction for a laterally loaded monopile, showing the finite element mesh of the pile and surrounding layered sand.

FAQS

Find answers

PLAXIS Monopile Designer is a finite element–based monopile foundation design software that brings the results of the PISA Joint Industry Research Project into daily geotechnical engineering practice. It enables engineers to design offshore and onshore wind turbine monopile foundations more efficiently, accurately, and cost‑effectively.

Monopile foundation design software is used to analyze and optimize single‑pile foundations that support offshore and onshore wind turbines under lateral, vertical, and cyclic loading. PLAXIS Monopile Designer applies advanced soil‑structure interaction modeling to reduce conservative assumptions while maintaining design reliability.

PLAXIS Monopile Designer is used to optimize monopile geometry, assess lateral pile behavior, and reduce steel demand across wind farm projects. It supports both rule‑based and numerically calibrated designs, helping engineers validate monopile performance and shorten pile embedment lengths.

Yes, PLAXIS Monopile Designer is fully interoperable with PLAXIS 3D and can be used either as a standalone application or connected to PLAXIS 3D. When used together, PLAXIS 3D automatically calibrates soil reaction curves and generates 3D finite element verification models for design validation.

PLAXIS Monopile Designer implements the PISA design method, based on a 1D Timoshenko beam finite element model with realistic soil reaction curves for lateral loading. The method has been validated through large‑scale field testing and provides greater accuracy than traditional p‑y approaches, particularly for large‑diameter monopiles.

Yes, PLAXIS Monopile Designer supports workflow automation through full interoperability with PLAXIS 3D and a Python scripting interface. This enables automated model generation, soil reaction curve calibration, 3D design verification, and integration into broader digital engineering workflows.

PLAXIS Monopile Designer helps reduce wind farm project costs by enabling less conservative monopile designs that require less steel. Published research indicates that optimized designs can potentially reduce monopile embedment length by up to approximately 35%, lowering fabrication, transportation, and installation costs. 

RESOURCES

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