PVD Settlement Calculation Spreadsheet – Eurocode 7 Aligned | Prefabricated Vertical Drain Consolidation & Settlement Excel Template
What's Included
Professional Excel spreadsheet for estimating final settlement and time-rate consolidation of soft clay improved with prefabricated vertical drains (PVD). Built around classical 1D compressibility, Barron/Hansbo radial consolidation relationships, and a Eurocode 7 aligned serviceability design framework. Ideal for geotechnical engineers, ground improvement consultants, and preload/PVD design studies in EU projects.
Product Description
This PVD Settlement Calculation Spreadsheet is a professional Excel design template for evaluating settlement performance in soft clay improved with prefabricated vertical drains (PVD). It helps engineers estimate final primary settlement, degree of consolidation at target time, residual settlement, and settlement-versus-time response using a practical analytical workflow.
The workbook includes:
Input sheet with editable design parameters
Calculation sheet for equivalent drain diameter, influence diameter, smear effects, vertical and radial consolidation
Summary sheet with key design outputs and quick KPIs
Time-curve sheet showing settlement development over time
Methodology included:
1D compressibility equation using Cc and e0 for final primary settlement
Vertical consolidation using Tv / Uv relationships
Radial consolidation using Barron/Hansbo-style PVD equations
Combined consolidation as U = 1 – (1-Uv)(1-Uh)
Support for triangular or square drain patterns and single/double drainage assumptions
Best suited for:
PVD preload design studies
Soft ground improvement feasibility checks
Preliminary serviceability settlement assessment
Internal design review and engineering calculation templates
Geotechnical teams working on EU and international infrastructure projects
Important note:
This spreadsheet is a design aid / engineering template for professional use. It is Eurocode 7 aligned in design framework, but project-specific interpretation, National Annex requirements, field data, instrumentation, and staged construction assessment remain the responsibility of the design engineer.
