Cookie preferences
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
reject AllCONFIRM & CLOSEACCEPT ALL

Content Overview

Digital Data - Offshore Survey Geotechnical Laboratory Tests

The materials provided are a valuable and practical example of some digital data one can expect from laboratory testing after an initial offshore geotechnical survey. The list includes various test types such as consolidation, density, Vane Tests, triaxial stress tests, shear box, Geotech chemistry etc., all essential for understanding sub-surface conditions for specific soils. An accompanying AGS 4.1 guidance document offers a detailed explanation of the data requirements and preferred presentation methods. This combination of practical Excel examples and guidance serves as an instructional tool, illustrating how to properly receive and interpret digital data from laboratory tests, aligned for example with the AGS4-v-4.1.1-2022 standards, for educational and practical application in geotechnical analysis. This data is instrumental for engineers and geoscientists in predicting geotechnical behaviour, which informs the design and stability of offshore structures.

Join our community to receive a free email copy of this document
By signing up you agree to our terms and conditions and privacy policy
From time to time we'd like to contact you with marketing and promotional content. Please click the checkbox to opt in (you can opt out at any point).
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Description
Details
1. Consolidation and Density Testing: Includes 'Consolidation Tests - Data', 'Consolidation Tests - General', and 'Density Tests', offering essential data for understanding soil compressibility and compaction properties. 2. Strength and Penetration Tests: Comprising 'Fall Cone', 'Laboratory Hand Penetrometer Tests', and 'Point Load Testing', this group determines soil resistance and contributes to foundational engineering insights. 3. Chemical and Physical Properties Analysis: Files like 'Geotechnical Chemistry Testing', 'Moisture Content Tests', and 'Particle Density Tests' provide evaluations of soil's chemical composition and physical characteristics. 4. Shear Strength Measurement: 'Laboratory Vane Tests', 'Shear Box Testing - Data', and 'Shear Box Testing - General' focus on the direct measurement of soil shear strength, crucial for foundation assessments. 5. Plasticity and Consistency Assessment: Documents such as 'Liquid and Plastic Limit Tests' reveal the soil's plasticity and behavior under stress. 6. Particle Size Distribution: 'Particle Size Distribution Analysis - Data' and 'Particle Size Distribution Analysis - General' give detailed information on the soil's granular makeup, affecting porosity and permeability. 7. Triaxial Compression Testing: The 'Triaxial Tests' suite, covering both effective and total stress scenarios, provides valuable data on soil response to stress, vital for complex geotechnical evaluations. These categories, alongside AGS 4.1 guidelines, offer a practical example for learning purposes, enabling the systematic and thorough interpretation of geotechnical data essential for informed analysis and decision-making in the early-stage design of offshore wind projects.
Author:
Duration:
Share It: