Bridge engineering test and inspection(Promotional Video).mp4+ 1.1 Bridge engineering test detection tasks and significance.mp4+ 1.2 Content and basis of bridge engineering test and inspection.mp4+ 2.1 Test detection of stone material for bridges.mp4+ 2.2 Mechanical properties and test detection methods of concrete for bridges.mp4+ 2.3 Rebar testing for bridges.mp4+ 3.1 Prestressed anchor, grip, and connector test and inspection.mp4+ 3.2 Bridge bearing test detection.mp4+ 3.3 Expansion device testing.mp4+ 3.4 Corrugated pipe test and inspection.mp4+ 4.1 Plate load test.mp4+ 4.2 Dynamic cone penetration test.mp4+ 4.3 Overview of foundation piles.mp4+ 4.4 Foundation pile integrity detection (low strain method).mp4+ 4.5 Ultrasonic transmission method.mp4+ 4.6 Pile Body Bearing Capacity Detection (Static Load Test).mp4+ 4.7 Ultrasonic testing method for foundation piles (practical operation).mp4+ 5.1 Structural concrete strength detection and evaluation.mp4+ 5.2 Detection and Judgment of Reinforcement Corrosion Potential.mp4+ 5.3 Determination and Evaluation of Chloride Ion Content in Structural Concrete.mp4+ 5.4 Detection of rebar distribution and cover thickness in concrete.mp4+ 5.5 Detection and evaluation of concrete carbonation depth.mp4+ 5.6 Concrete Resistivity Inspection and Evaluation.mp4+ 5.7 Ultrasonic Method for Internal Defect Detection in Concrete Structures.mp4+ 5.8 Testing of concrete strength by rebound method (practical operation).mp4+ 5.9 Detection of rebar distribution and cover thickness in concrete(practical operation).mp4+ 6.1 Bridge Inspection and Evaluation.mp4+ 6.2 Bridge technical condition evaluation workflow.mp4+ 6.3 Calculation of components and parts for bridge technical condition assessment.mp4+ 6.4 Bridge technical condition evaluation Component-level and Overall Condition Assessment.mp4+ 7.1 Bridge load test.mp4+ 7.2 Bridge load test evaluation.mp4+ 7.3 Strain gauge installation for static load test(practical operation).mp4+