Performance monitoring of a glass fiber-reinforced polymer bar soil nail during laboratory pullout test using FBG sensing technology

Keyphrases

• Performance Monitoring 100%
• Pull-out Test 100%
• Soil Nailing 100%
• Glass Fiber Reinforced Polymer Bar 100%
• Fiber Bragg Grating Sensing Technology 100%
• Grouting 27%
• Pullout 18%
• Soil Mass 18%
• Fiber Bragg Grating Strain Sensor 18%
• Decomposed Granite Soil 18%
• Completely Decomposed Granite 18%
• Resistance Model 18%
• Pullout Resistance 18%
• Shear Resistance 9%
• Numerical Simulation 9%
• Strain Gauge 9%
• Strain Distribution 9%
• Multiplexing 9%
• Mechanical Behavior 9%
• Numerical Calculation 9%
• Borehole 9%
• Stress-strain State 9%
• Electromagnetic Interference 9%
• Strain Variation 9%
• Measured Strain 9%
• Loading Stage 9%
• Cement Slurry 9%
• Fiber Bragg Grating Sensing 9%
• Glass Fiber Reinforced Polymer 9%
• Geotechnical Structures 9%
• Cement Grout 9%
• Polymer pipes 9%
• Sensing Measurements 9%
• Structure Health Monitoring 9%
• Soil pipe 9%
• Mass-forming 9%
• Interference Resistance 9%
• Loading Cycles 9%
• Calculation Results 9%
• Good Repeatability 9%

Engineering

• Fiber-Reinforced Polymer 100%
• Pullout Test 100%
• Soil Nail 100%
• Fiber Bragg Grating 100%
• Soil Mass 18%
• Pullout Resistance 18%
• Test Result 9%
• Good Agreement 9%
• Shear Resistance 9%
• Measured Strain 9%
• Strain State 9%
• Repeatability 9%
• Cement Slurry 9%
• Numerical Calculation 9%
• Cement Grout 9%
• Loading Cycle 9%
• Borehole 9%
• Multiplexing 9%
• Strain Gage 9%
• Health Monitoring 9%
• Electromagnetic Interference 9%