• PLAXIS Monopile Designer

    借助高效的单桩基础赋能

PLAXIS 单桩设计软件

PLAXIS Monopile Designer CONNECT Edition 是用于设计单桩基础的最高级应用程序。借助 PLAXIS Monopile Designer,您可以为单桩基础项目显着优化设计,并降低钢材、制造、运输和安装成本。

PLAXIS Monopile Designer 使用最先进和创新的桩基土体分析 (PISA) 方法设计横向负载的单桩。此方法是开发当前和下一代海上风电场的行业最佳做法。凭借该分析方法,PLAXIS Monopile Designer 克服了海上风力涡轮发电机领域其他设计方法的许多缺点。

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    • 3D Design Verification
    • PLAXIS MoDeTo
    • Optimised monopile design method
    • Seamless integration with the PLAXIS environment
    • State-of-the-art research brought to engineering practice
    • PLAXIS Monopile Designer
    • 3D Design Verification
    • PLAXIS MoDeTo
    • Optimised monopile design method
    • Seamless integration with the PLAXIS environment
    • State-of-the-art research brought to engineering practice
功能
  • Analysis of layered soils according to PISA Phase 2

    • With PLAXIS Monopile Designer CONNECT Edition, you can combine multiple sets of soil reaction curves, either rule-based or numerically calibrated from homogeneous soil profiles, to conduct 1D analyses of monopiles in layered soil in accordance to the findings of PISA Phase 2. Once a set of soil reaction curves is calibrated for a homogeneous soil profile, they can be stored and re-used to generate multiple layered stratigraphies, e.g. for the analysis of different locations within an offshore wind farm.
  • 与 PLAXIS 无缝集成

    • 在提供土壤反应曲线时,使用 PLAXIS MoDeTo 作为独立应用程序,或者与 PLAXIS 3D 一同使用,根据场地的特定属性进行数值校准。将 PLAXIS MoDeTo 与 PLAXIS 3D 配对,为任何类型的海上或陆上结构提供成熟可靠的有限元解决方案,并充分发挥您的设计潜力。
  • 优化单桩设计

    • 基于一维 Timoshenko 梁有限元模型,分析了单桩基础抵抗横向载荷的能力,即使对于大直径单桩也是准确的,并分析了真实的土壤反应曲线,同时保留了 p-y 曲线法的多项假设。使用 PLAXIS MoDeTo,可将桩的嵌入长度减少高达 50%。
  • 工程实践中引入的最先进研究进展

    • 与牛津大学合作开发的 PLAXIS MoDeTo 能够将 2016 年 5 月 PISA 最终报告中建立的增强设计方法转移到当前的工业设计实践中。
  • Use of standard API P-Y curves for clays and sands

    • In addition to numerical-based or rule-based PISA soil reaction curves, engineers can model soil behavior in 1D analyses using codified P-Y curves for clays and sands according to the API RP 2A-WSD standard.
  • 3D Design Verification

    • Automate the generation and calculation of a PLAXIS 3D FEM model to verify the final monopile geometry and validate the 1D design approach, as required by most design codes. Design verification models can be generated both for homogenous and layered profiles.
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