Pile Pull-Out Testing
Hammering Tensile Testing Services
Nail tensile test (known in the industry as pile driving test or pull-out test) is one of the most critical field verifications, starting from the ground, in terms of the safety and longevity of solar power investments. GMR Energy in the field with our equipment calibrated in accordance with international standards. pile test and Solar field loading test It measures the interaction of the construction legs with the ground and the actual carrying capacity, and pile pulling report We record this with.
By eliminating the unknowns of the ground, we offer the most accurate data for your static projects. Ramming and Pull-out tests are the most critical field tests that determine the behavior of SPP construction legs against vertical and horizontal loads. Our aim is to guarantee the durability of your projects against storms and other harsh weather conditions with scientific data.
- Pile Driving (Ramming) Analysis
- Pull-Out Capacity Measurement
- SPP Field Loading Test and Lateral Load Resistance
- Preparation of Detailed and Approved Pile Pulling Report
- Reporting in ASTM D3689 and Eurocode 7 Standards
- Pile Length and Section Optimization
- Corrosion and Soil Acidity Analyzes
Our Testing Methodology and Process
A successful field testing process requires meticulous preparation and the use of the correct equipment. Our process is designed to determine the mechanical properties of the soil in the most precise way.
Field Preparation and
Ramming Test
By analyzing how long and with what force the piles can be driven to the targeted depth, site penetration resistance and driveability status are determined.
Pull-Out and
Lateral Tests
Vertical pullout resistance of driven piles and flexural capacity under horizontal loads such as wind/earthquake are measured with sensitive hydraulic sensors.
Data Analysis and
Technical Reporting
All field data obtained is converted into graphical and numerical engineering reports in international format to form the basis for the static project.
Frequently Asked Questions (FAQ)
It is mandatory to verify whether the piles will peel off from the ground against the suction (lifting) force created by the wind on the panels and to determine the correct profile length in the static project.
Although it varies depending on the field size and the number of test points requested, tests are completed within 1-2 business days for an average field of 1 MW.
Our tests are carried out with calibration certified test equipment that complies with the internationally recognized ASTM D3689 and Eurocode 7 standards.
Lateral load testing determines how much the piles will flex against horizontal forces such as wind and earthquakes. This is critical to maintain the stability of the construction.
Our professional ramming machines are calibrated to cause minimum damage to the floor. Piles driven for testing purposes can be withdrawn if necessary after data is received.
Following completion of field testing, it usually takes 3-5 business days for the data to be processed and approved by our engineers.
Engineering Tomorrow's Energy Today.
