Sample Assembly for the DSS with Confining Pressure VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Feb 10 2020 55 0 Company News Dynamic Testing Shear Testing Confining Pressure Confining Rings Consolidation Dynamic Shear Dynamic Simple Shear Dynamic Testing Liquefaction Remoulded Specimens Sample Assembly Saturation Undisturbed Specimens This Blog covers sample assembly for the Dynamic Simple Shear with Confining Pressure System. This includes undisturbed and remoulded specimens for both confining pressure tests, and confining ring tests. This system is used for repetitive situations such as offshore wind turbines, where the structure has to withstand the varying strength of wave motion. Read more ...
Sample Preparation - Rowe Cell VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Oct 08 2019 38 0 Company News Support Documents Consolidation Testing Consolidation Consolidation Testing Rowe Cell Testing Sample Preparation Soil Testing Read more ...
Preparation for a CRS test in a Multi-Purpose Cell VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Jul 25 2019 80 0 Company News CRS Testing Constant Rate of Strtain CRS Testing Muli-Purpose Cell Multi-Purpose Frame Preparation for a CRS Test in an MP Cell Read more ...
Benefits of the Multi-Purpose Frame VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Jun 27 2019 102 0 Company News Triaxial Testing Consolidation Testing CRS Testing Compression Consolidation Testing Contant Rate of Strain CRS Testing Multi-Purpose Frame Oedometer Testing SD-SWCC Testing Stress Dependent Soil Water Characteristic Curve Triaxial Read more ...
Global Wind Day VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Jun 14 2019 31 0 Company News Dynamic Testing Global Wind Day GWD Offshore wind power Offshore wind turbines Wind Power Read more ...
World Environment Day VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Jun 05 2019 14 0 Company News Blog Eco Friendly Recycle Renewable energy World Environment Day WED is celebrated on the 5th of June every year, and is the United Nation's principal vehicle for encouraging awareness and action for the protection of our environment. Read more ...
An introduction to Direct Shear Testing VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Mar 06 2018 16926 0 Company News Support Documents Shear Testing Automation Direct Shear Testing Introduction Large Shearbox Unsaturated Shear Testing An introduction to Direct Shear Testing Read more ...
Triaxial Testing - an Introduction VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Oct 30 2017 47518 0 Company News Support Documents Triaxial Testing Automation CD Triaxial CU Triaxial Customer Support Triaxial Triaxial Testing UU Triaxial An introduction to Triaxial Testing Read more ...
Triaxial Cell Sand Sample Preparation VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Aug 14 2017 452 0 Company News Support Documents Triaxial Testing Sample Preparation Sand Sample Preparation Triaxial Triaxial Testing Triaxial Cell Sand Sample Preparation Read more ...
Dynamic Soil Structure of Offshore Wind Turbines and long term performance prediction: Linking scaled model test results to prototype prediction via element tests VJ Tech Limited - Blog - Peter Gawen (VJ Tech) Nov 20 2014 1891 0 Company News Press Releases Dynamic Shear Dynamic Testing Offshore wind turbines Renewable energy soil dynamics In an effort to reduce the CO2 emissions and cover its energy needs, UK has turned to renewable sources of energy and more specifically to offshore wind power harvesting. Offshore Wind Farming is considered to be one of the most reliable ways to produce energy, because: a) the average wind speed over sea is generally higher and more consistent than onshore, making the offshore wind farming more efficient b) the noise and vibrations from the wind turbines do not have any impacts on the environment or human activities due to their distance from land (more than 10km), their size can be twice the size of the onshore turbines and c) wave and current loading can be harvested as well. Also the wind turbine technology is relatively more matured those other forms of renewables. Read more ...