Quiet Electronics Moderated Newsgroup For The Electronic Professionals and Other Professionals > Kansas
> Used
> Structural deformation surveying on cd
Structural deformation surveying on cd
Structural Deformation Surveying On CD
This Army engineer manual in .pdf format provides technical guidance for performing precise structural deformation surveys of locks-dams-and other hydraulic flood control or navigation structures. Accuracy-procedural-and quality control standards are defined for monitoring displacements in hydraulic structures.
Planning, Design, and Accuracy Requirements
Standards for Deformation Surveys
Accuracy Requirements for Performing Deformation Surveys
Overview of Deformation Surveying Design
Monitoring Point Monumentation
Deformation Measurement and Alignment Instrumentation
Angle and Distance Measurements
Total Station Trigonometric Elevations
Global Positioning System (GPS)
Extension and Strain Measurements
Tilt and Inclination Measurements
Current Laser Alignment Surveys
-Libby and Chief Joseph Dams, Seattle District
Suspended and Inverted Plumblines
Comparison of Alignment and Plumbline Systems
Sources of Measurement Error and Instrument Calibrations
Horizontal Angle Measurement Error
Electronic Distance Measurement Error
Zenith Angle Measurement Error
Refraction of Optical Lines of Sight
Equipment for Baseline Calibration
Procedures for Baseline Calibration
Angle and Distance Observations-Theodolites, Total Stations and EDM
Instrument and Reflector Centering Procedures
Angle and Direction Observations
Electro-Optical Distance Measurement
Atmospheric Refraction Correction
Settlement Surveys-Precise Differential Leveling Observations
Differential Leveling Reductions
Total Station Trigonometric Heights
Alignment, Deflection, and Crack Measurement Surveys—Micrometer Observations
Relative Alignment Deflections from Fixed Baseline
Micrometer Crack Measurement Observations
Monitoring Structural Deformations Using the Global Positioning System
Monitoring Structural Deformation with GPS
GPS Survey Reporting and Results
GPS Performance on Monitoring Networks
Principles of GPS Carrier Phase Measurement
GPS Receiving System Performance
Sources of Error in GPS Measurements
GPS Performance on Monitoring Networks
Data Quality Assessment for Precise GPS Surveying
Description of Multipath Signals
Data Cleaning Techniques for GPS Surveys
Preanalysis and Network Adjustment
Sample Adjustment-Yatesville Lake Dam
Relative Distance Ratio Assessment Methods
Deformation Monitoring Using Ratio Methods
Analysis and Assessment of Results
Data Presentation and Final Reports
Displacement Data Presentation
Applications: Deformation Surveys of Locks
Central & Southern Florida Flood (Jacksonville District)
Surveying for Lock Structure Dewatering (Lock and Dam No 4, St Paul District)
Applications: Monitoring Schemes for Concrete (Libby Dam, Seattle District)
