APPLIED GEODESY - PART 1. ENGINEERING GEODESY - SUMMARIZED PRESENTATION | Page 76

2 . Concrete and reinforced concrete dam walls
260
3 . Hydro-electric power plants , derivation facilities ( syphons , aqueducts , tunnels
and other underground facilities ), pressure pools , compensating water
towers , etc
260
4 . General and specific statements and solutions in geodetic surveys of
major hydrotechnical objects
260
3.7.5 . Measurement and calculation of depositions in dams
268
3.7.6 . A summarized example of deformation studies of the Tsankov Kamak dam
272
3.7.6.1 . Data for the dam and the wall
272
3.7.6.2 . Project of the system for dam measurement and geodetic works
273
1 . Project for deformation studies
273
2 . Drawings ( illustrations ) and explanations
274
3 . Preliminary investigations on the expected accuracy of the geodetic
reference network for the study of displacements and deformations of the
Tsankov Kamak dam
278
3.7.7 . REFERENCES to 3.7
280
3.8 . CONSTRUCTION AND CONTROL OF PORTS AND RIVER TRANSPORT
283
3.8.1 . General statements
283
3.8.2 . General data for ports and port facilities . Regulatory base and port design
284
3.8.2.1 . Ports and port facilities
284
3.8.2.2 . Regulatory base
288
3.8.2.3 . Port design
289
1 . Master ( physical ) plan
289
3.8.3 . Geodetic activities in exploring and documenting ports
293
3.8.3.1 . Overview
293
3.8.3.2 . Geodetic and hydrological survey of the port region and the bottom of the
water area
294
1 . Methods and technologies for the survey
294
2 . Water level
295
3 . Essence and application of the different methods and technologies
297
3.1 . Classical methods
297
3.2 . Aerial laser bathymetry for precise survey and study of port water areas ,
riverbeds and their affiliated territories
298
3.3 . Unmanned aerial photogrammetric survey of riverside areas and underwater
relief of shallow-water zones
299
3.3.1 . General statements
299
3.3.2 . Unmanned aerial photogrammetric survey of the Black Sea coast and
shallow-water zones of underwater relief
301
3.3.2.1 . General on the activity
301
3.3.2.2 . Stages of the Unmanned aerial photogrammetric survey and results
302
3.3.2.3 . Specific applications of the Unmanned aerial survey ( UAS )
304
1 . Byala port
305
2 . Balchik Tuzla – Ikantalaka cape
306
3 . Other surveyed and studied sites along the Black Sea coast
308
4 . Accuracy assessment for UAS
310
4.1 . UAS accuracy for the Byala port
310
4.2 . UAS accuracy for the Ikantalaka cape
310
3.4 . Sonar systems
311
3.4.1 . General on the systems and technology
311
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