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    Featured image for “What is Finite Element Analysis?”
    Article

    What is Finite Element Analysis?

    Finite element analysis (FEA) is a numerical method that breaks a complex structure into many...
    • FEA
    • Finite element analysis
    • Geotechnical
    • OPTUM GX
    Featured image for “Micropile Design Software – FEM-Based Analysis in OPTUM GX”
    Article

    Micropile Design Software – FEM-Based Analysis in OPTUM GX

    Micropile design software helps engineers analyse and assess small-diameter drilled piles(micropiles) used where access is...
    • FEM
    • Geotechnical
    • load transfer
    • OPTUM GX
    • Parametric studies
    • settlement analysis
    • Sheet pile
    Featured image for “Sheet Pile Design Software – FEM-Based Analysis in OPTUM GX”
    Article

    Sheet Pile Design Software – FEM-Based Analysis in OPTUM GX

    Sheet pile design software enables engineers to model, analyse, and assess interlocking sheet pile wall...
    • Deformation
    • Excavations
    • Geotechnical
    • OPTUM GX
    • Retaining wall
    • Seepage
    • Sheet pile
    • Staged Construction
    Featured image for “Excavation Software”
    Article

    Excavation Software

    Excavation Software for Efficient Earthworks Excavation software lets engineers plan, model, and analyse earthworks safely,...
    • Deformation
    • Excavations
    • FEM
    • Geotechnical
    • OPTUM GX
    • Staged Construction
    • tunnels
    Featured image for “Finite Element Analysis Software for Geotechnical Engineering (2D & 3D)”
    Article

    Finite Element Analysis Software for Geotechnical Engineering (2D & 3D)

    What Is Finite Element Analysis Software — and Why It Matters in Geotechnics? Finite element...
    • 2D
    • 3D
    • Deformation
    • Geotechnical
    • OPTUM GX
    • Soil-structure interaction
    Featured image for “Soil Modelling Software for Advanced Geotechnical Design”
    Article

    Soil Modelling Software for Advanced Geotechnical Design

    Soil modelling software allows engineers to simulate and understand how soil behaves under load, drainage,...
    • 2D
    • 3D
    • Geotechnical
    • OPTUM GX
    • Settlement
    • Soil-structure interaction
    • Stability
    Featured image for “Seepage Analysis Software”
    Article

    Seepage Analysis Software

    Seepage in geotechnical engineering poses risks like internal erosion and instability; with numerical seepage analysis...
    • Deformation
    • FEM
    • Foundations
    • Geotechnical
    • OPTUM GX
    • Seepage
    • Slope stability
    Featured image for “Fast, Reliable Foundation Analysis Software”
    Article

    Fast, Reliable Foundation Analysis Software

    OPTUM GX is a powerful foundation analysis software for both shallow and deep foundations, including...
    • Bearing capacity
    • FEM
    • Foundations
    • Geotechnical
    • OPTUM GX
    • Pile foundations
    • Settlement
    • Sheet pile
    Featured image for “Retaining Wall Design Software”
    Article

    Retaining Wall Design Software

    Retaining wall design software is essential for modelling and verifying stability in excavations, basements, and...
    • Deformation
    • Excavations
    • Geotechnical
    • OPTUM GX
    • Retaining wall
    • Sheet pile
    • Soil-structure interaction
    • Staged Construction