Reclamation lesosplavnogo road and hydraulic structures

 
category: Geodesy

CONTENTS
Introduction.
1. Hydrology lesosplavnogo way
1.1. Define the cost of water in a predetermined shallow year.
1.2. Construction of the integral curve of flow in the calculated cross-sections.
1.3. Calculation of maximum water discharge in the alignment of the projected structures.
1.4. Curve in limiting the flow gauges.
2. Selection and justification of the scheme regulating the flow of rivers.
2.1. Timing Rafting on the natural levels and the calculation of the required extension.
2.2. Selecting scheme regulating the flow.
2.3. The water calculated according to the accepted version of the scheme regulating the flow.
3. Draft lesosplavnoy dam
3.1. Baseline
3.2. Select

Bridges

 
category: Geodesy

CONTENTS.




????? 1 TERMS OF USE BRIDGE.
?????
????? 2 Materials.
?????
????? 3 Design Decisions Span Constructions.
?????
????? 4 REINFORCEMENT PLATE tension reinforcement.
?????
????? 5 REINFORCEMENT PLATE NENAPRYAGAEMOY VALVES.
?????
????? 6 the deck.
????? 6.1Odezhda.
????? 6.2 Sidewalk.
????? 6.3 Fencing.
????? 6.4 Drainage.
?????
????? 7 bearing member.
?????
????? 8 LOAD.
?????
????? 9 Distribution of live load between the slabs Span Constructions.
?????
????? 10 DEFINITION OF INTERNAL EFFORTS TO PLATES.
?????
????? 11 list of the resources.
???

Leveling the route

 
category: Geodesy

Contents:

1. The purpose of
2. Baseline
3. Processing Magazine leveling
3.1. Calculation of average exceedances
3.2. Determination altitude discrepancy and its distribution in
disengaged during
3.3. Calculation of marks binders and intermediate points
4. Preparation of the longitudinal profile
5. Constructions
5.1. Construction of the project line (the upper edge of the subgrade)
5.2. Defining project marks
5.3. Calculation of points of zero work
5.4. The calculation of the basic elements of the breakdown curves and curves in the inset piketazh
5.5. Design graphs "Conditional plan line profile
6. Plotting cross-section

1. The

By organizing and conducting training

 
category: Geodesy

METODICHESKIEREKOMENDATSII

By organizing and conducting training geodetic practice specialty 1202-ASG (special course)

Methodical recommendations on the organization and conduct geodetic practice specialty ASG-1202 (special course). Lobov MI, Lambin, NE, Nightingale, PI DGASA, 2000. -
The recommendations are general questions of organization practices, types of work and the number of hours allocated for their implementation. Given a brief description of the methodology and perform the work in the textbook.
The recommendations are designed for students who mastered the theoretical course and fulfilled the laboratory work on the program for undergraduate and special courses, as well as the past practice of geodetic BA's.


Project geodetic survey stereographic scale 1:5000

 
category: Geodesy

1.Ploschad site location: S = 40 km2 M 1:25.000
2. Nomenclature sheet M 1: 25.000
"Kotiranta: U-36-119-A, b
3. Initial points GHS: item triangulation III class: A, B, C, D, E
Markers of items obtained from the leveling of class III.
4. The scale of aerial photographs of 1: 10000
5. Longitudinal overlap Px: 60%
6. Cross perekrytiePy: 30%
7. The coordinate system conditional, heights - Baltic.

INTRODUCTION.

Topographic maps created by the topographic survey data, used in various fields of human activity. Without the card can not work on the laying of pipelines and gas pipelines, construction of power plants, cities and townships, or giants such as BAM and Kamaz. Maps are needed fo

Design of highways

 
category: Geodesy

CONTENTS

1 Justification need for road construction
1.1 The transport network in the area of design
1.2Harakteristika major sectors of the economy
1.3Perspektivy economic development area and the rationale for the construction of roads
2 Natural - climatic conditions in the area of design
2.1 Climate
2.2 Relief
2.3 LRL-geological and hydrogeological conditions
2.4Rastitelnost
2.5Dorozhno - building materials
3 Establishment of the technical category of the road and regulations
3.1 Identification of promising traffic
3.2 Establishment of technical category
3.3 The technical standards
4 Designing route options
4.1 Application of route option

Design of a geodetic network thickening and imaging network in plain-rugged and hilly regions with stereotopographical shooting for a map 1:25 000 scale with the height of the cross section R?hl

 
category: Geodesy

Introduction:
Coursework is a set of questions on designing a geodetic network condensation on the planning-altitude binding opoznakov, and also has a training purpose: the practical use of learning formulas in the specific technical problems.

Chapter 1
Razgrafka and nomenclature sheets of topographic maps at 1:5000 site location.
1.1. Definition of geographical coordinates of the corners frame trapezoid sheet topographic map scale 1:25000

N-41-41-A-and

N-14 letter, so the northern parallel framework trapeze: 14? 4? = 56?
east meridian framework trapezoid: (41-30)? 6? = 66?

1.2. The scaling and geographical coordinates of the corners frame trapezoid sheets of topographic maps at 1:50

The role of computers in developing oil and gas fields

 
category: Geodesy

The systematic ordering of modes of pumping systems (ESP SHGN), bottomhole treatment zones (IPF) and the repair and insulation work (DM) - the main activities to preserve and increase the level of oil production.
Calculations of the activities of the three groups based on the processing of large amounts of information. Application of mathematical methods and computers has significantly increased the speed of information processing and, most importantly, quickly determine the degree of informativeness of data for each group of activities. For example, the methods of mathematical statistics is determined by informative geological factors in the conduct of commercial hydrochloric acid treatments, the dependence of the level of discharge of these and technological factors.
Me

topographical signs

 
category: Geodesy

Option number 1
Subject: topographical and tactical symbols.
1. Vegetation and soil.
2. Items management and communications.
The structural plan of domestic work on military topography.
Option 1.
Subject: topographical and tactical symbols.
Introduction.
The main part.
1. Vegetation and soil.
a) the basic requirements for the image of vegetation and
ground on a topographic map;
b) an image of vegetation;
a) an image of soil.
2. Items management and communications.
a) the basic rules of notation of command and control and communications
a geographical map;
b) control points;
c) means of communication.
Conclusion.

Requirements for geodetic variometricheskoy taken as an example of the Kursk magnetic anomaly

 
category: Geodesy

Contents:

Introduction

1. Fundamentals of the theory of gravitational variometer
1.1 Principles of measurement of second derivatives of the potential gravity
1.2 Basics of the theory variometers
1.3 The main equation variometer
1.4 Schematic diagram of the variometer
1.5 Gravity gradiometers on rolling basis
1.6 Satellite gradiometry
2. Gravimetric prospecting MA2.1 history of the development KMA
2.2 Gravirazvedochnye work on iron-ore deposits

3. Geodetic works with variometricheskoy shooting
3.1 Amendments to the observed values of second derivatives of 3.2 Requirements for the accuracy of gravimetric points

Conclusion
References

Geography Dnepropetrovsk

 
category: Geodesy

DNEPROPETROVSK
?
Population 1 098 000 people (2001)
Geography 48o 28 'N
35o 03 'E
Area 397 sq. km.
It stretches from north to south - 22 km.
from west to east - 33 km.
The highest point of the city hilltop - 188 g, a forest south of the same / g West
The lowest point of the city, the water level in the Dnieper - 52 g
The highest building of the TV tower - 180 g.
Residential building - two "towers" on the same k Victory-4, 28 floors
Area - 31,93 sq. km
Population - 3745.0 thousand people
including:
Urban - 3130,3
rural - 614,7
Population density per sq km - 117 people.
The share of regions in Ukraine:
by p

geodetic network. Simplified adjustment of the central system

 
category: Geodesy

Section IShema construction and classification of public
geodetic networks
1. The concept of geodetic networks
2. Construction geodetic networks
3. Measurement of horizontal angles backbones

Radel IIInstrumenty used for measuring angles and lengths of lines.
1. Device theodolite 2T30P
2. general information about the linear dimensions
3. Measuring the length of the baseline tape

Section IIIKameralnaya processing networks thickening

1. Measuring the lengths of the sides and the accumulation of errors in the triangulation
2. The essence of the method of least squares
3. Types of equations in terms of triangulation
4. Simplified adjustment of the cent

Definitions of objects in the field with instruments and a theodolite leveling

 
category: Geodesy

TABLE OF CONTENTS

- Introduction (arrangements)
- Checking and adjustment of instruments (theodolites, levels, measuring tape, strips, tripod)
- Establishment of Geodetic crew bases
- Leveling the surface (theodolite surveying)
- Tacheometry
- Method of constructing a plan tacheometry
- Marking works (the concept of direct and inverse geodetic problem)
- Desk top tracing highway
- Office processing the results of leveling the surface area of the square and projecting vertical layout
- Engineering - surveying tasks
- Field control
- Conclusion
- List of used literature
INTRODUCTION

- Areas of engineering - geodetic practice: stop "plat

Project Globalstar. Geodetic satellites (ERS-1, ERS-2)

 
category: Geodesy

Virtually every aspect of modern man is firmly linked with the means of communication ever-increasing migration of population and living conditions require the ability to provide fast and reliable connection, which today is not established between geographical points, and between people. Therefore, manufacturers of telecommunications networks are doing everything possible to meet the ever growing needs in this area, extending the wired infrastructure, fiber optic, satellite and radio-telephone networks.
However, until recently solved the problem of providing global customers with a personal telephone communication, and compatibility issues of cellular mobile communication systems of various types, which requires an accessible and cost-effective global communications network. Draft

Project opening and development Kadala-Makitskoy terraces

 
category: Geodesy

Introduction

The geological study of the basin began in Homolho (1865-66 gg.) And continued intermittently to the present. Maintenance work in the river basin. Homolho are a number of organizations: JSC "Shining", prospecting Artel "Dawn", "Taiga", "Progress" and other deposit area economically mastered.
Exploration work conducted Ltd. Bodaibo expedition and Lengeo "from 1995 to 1999. The deposit was explored wells bobtail.
Inventories are presented for approval by the TRC Committee for Natural Resources of the Irkutsk Region for the first time. To calculate the stock split open method is based on a condition resulting from aggregating the calculation, based on the current period counting mining and processing

Physico-mechanical properties of frozen soils

 
category: Geodesy

Introduction.

Area permafrost sostavlyaetdo sushizemnogo 25% of the world and more than 65% of Russia. The continuous permafrost observed in Antarctica and it naprilegayuschihk Islands, Greenland, as well as on the high areas in South America to Africa. In Russia the permafrost extended to the European part of the coast and occupy a considerable territory in the north-east of the country. Australia is the only continent where no nablyudaetsyarasprostraneniya permafrost formations.
Distribution of frozen strata subordinated latitudinal and altitudinal zonation. The average annual temperature, the nature rasprostraneniyai moschnostina mnogletnemerzlyh rocks identifies five areas. Geographical granitsarasprostraneniya permafrost in Russia is indicated on the map (pi

Types of relief

 
category: Geodesy

In the study area observed three genetic types of relief: Ac-
cumulative, denudation and erosion-accumulation.
Denudation distributed in southwestern and central parts of
cards and takes about 65% of the total study area.
Erosion-accumulation type relfa has been extended to
north-eastern region. It accounts for about 20 - 25% of TPS-
grudge.
Accumulative genotype found only in the valleys of major rivers - rivers
Thief in the north-west corner of the map, and the river Kyshtym in the south. This type of
relief takes only about 10% of the total area of the territory.
A closer examination indicated that all layers have steep
inclined bedding. Azimut fall in the southern part - 80 - 90 deg. In

Review of tools for automation of geodetic computation

 
category: Geodesy

Ministry of General and Professional Education of Russia

St. Petersburg State University

Department of Geography and Geoecology

Coursework

By topic

?Overview of tools for automation of geodetic computations.

program Microsoft Excel. Its application for the development of spreadsheets.
Develop a spreadsheet to automate the implementation of practical work

?Preliminary calculations of triangulation?.

Leader: Kurosh GD

Finished: student 2-year student

Lviv KA

St. Petersburg

1999

Contents

Introduction. 3

Review of automation 6

Conclusion. 18

Sources: 19

Introduction.

Why geodetic calculations to be


Orientation. Devices for orientation

 
category: Geodesy


Federal Committee

Fisheries

Murmansk State Technical University

Individual Work ? 1

ON ENGINEERING GEODESY

Subject: ALIGNMENT. DEVICES FOR ORIENTATION.

student I COURSE GROUP WA-141-1

Lipilin SVETLANA

work has:

Associate CHAIRS

MCC and NSAs K.G.M.N. Kukina NA

MURMANSK 2004

content.

Introduction.
1. Devices for orientation:

1. 1. compass;

1.2. compass;

1.3. giroteodolit.

Literature.

Introduction.

When the geodetic work in the field, works with the card or drawing to determine the position of the line (guide line) respect to the cardinal, or any direction to take for original.
Ta


Report on the Summer geodetic practice for 1 year

 
category: Geodesy

Ministry of Education

Kuzbass State Technical University

Department of Geodesy

Report on educational practice

Group: OP-011

Foreman: Lapshin, MV

members of the team:

1. Barsukova EA

2. Gubko VV

3. Eliseeva IV

4. Lozhkina AY

5. Novoselova OO

6. Shigaeva AS

Kemerovo 2002

Contents:

1. Background ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ....

2. Brief physical and geographical characteristics of the area of work ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ....

3. Basic geodetic network ... ... ... ... ... ... ... ... ... ... ... ....

4. Shooting ration


By organizing and conducting training

 
category: Geodesy

| DGSA | MINISTRY OF EDUCATION AND SCIENCE OF UKRAINE |
| (| |
| | Donbass State Academy |
| | CONSTRUCTION AND ARCHITECTURE |
| | |
| | DEPARTMENT OF ENGINEERING GEODESY |

METHODOLOGICAL REKOMDATSII

by organizing and conducting training for the specialty practice of geodetic

1202-ASG (special course)

| | Approved |
| | At the meeting the chair |
| | Protocol number ______________ dated |
| |?_______?______________ 200 |

Makijivka DGASA

2000
UDC 528.425

Methodical recommendations on the organization and conduct of the geodesic practice specialty ASG-1202 (special course). Lobov MI, Lambin, NE,
Nightingale PI DGASA, 2000. -

The recommendations are


Project farm land

 
category: Geodesy

Ministry of Agriculture of Russia

Novocherkassk State reclamation Academy

Geodetic works with land management

Preparation of technical project farm land

METHODOLOGICAL NOTES to compile a course project

(for students of full-time education for the specialty

310900 - "Land")

Novocherkassk - 2001


Methodological guidelines drawn art. lecturer at the Department
"Planning" NGMA EP Luk'yanchenko, assistant department
"Planning" IA Petrova, considered by the department "Planning" Protocol ? __ _______ from, and recommended the publication of methodological Commission of the Faculty of Land Management, Protocol ? __ of ________ g.

Reviewers:


Project opening and development Kadala-Makitskoy terraces

 
category: Geodesy

1 Total part


1.1 General management of the deposit area

buried placer gold deposit of the river Homolho (Kadala-Makitskaya terrace) was in Bodaibo district of Irkutsk region Russia
Federation, 140 km north-east of the city Bodaibo. Deposit located on the reclaimed area at a distance of 40 kms administrative center - the village of Kropotkin. In the near field unpaved road passes Bodaybo-Kropotkin-Homolho and power transmission lines of 110 kV.
Distance to the nearest railway station Taksimo (BAM)
450 km.
The main import of goods for businesses and people in the area is daylight saving time by water, which is some 1100 km from the railway station of Ust-Kut (port sturgeon) on the Lena River to the river and the river Vitim Vitim t


Project geodetic survey stereographic scale 1:5000

 
category: Geodesy

jobs Coursework:

1.Ploschad site location: S = 40 km2 M 1:25.000

2. Nomenclature sheet M 1: 25.000

"Kotiranta: U-36-119-A, a, b

3. Starting points GHS:

point triangulation III class: A, B, C, D, E

Markers items obtained from the leveling of class III.

4. The scale of aerial photographs of 1: 10000

4. Longitudinal overlap Px: 60%

5. Lateral overlap Py: 30%

6. The coordinate system conditional, heights - Baltic.

INTRODUCTION.

topographical maps created by processing topographic survey data, used in various fields of human activities. Without the card can not work on the laying of pipelines and gas pipelines, construction of power plants, cities and townships or


Design of highways

 
category: Geodesy

Ministry of Education

Khabarovsk State Technical University

Far Road Institute

Department:''Roads''

Course project ? 1

by discipline: Design of roads

On the theme :""

fulfilled: st.gr. AD-61

Vokhmina IV

Check: Gorbachev VP

KHABAROVSK 2000

CONTENTS

1 Justification of the need to build the road

1. The transport network in the area of design
2. Characteristics of the main sectors of the economy
3. Prospects for economic development district and the rationale for the construction of the road

2 Natural - climatic conditions in the area of design

2.1 Climate

2.2 Relief

2.3 Primer geological


Design of a geodetic network thickening and imaging network in plain-rugged and hilly regions with stereotopographical shooting for a map 1:25 000 scale with the height of the cross section R?hl

 
category: Geodesy

| ? | Nomenclature | North West | North East | South West | South East |
| | Pa | | | | |
| | | (| (| (| (| (| (| (| (|
| 1 | N-41-41-(1 | 55 (00 (| 62 (00 (| 55 (00 (| 62 (01 (| 54 (58 (| 62 (00 (| 54 (58 (| 62 (01 (|
| |) | 00 (| 00 (| 00 (| 52,5 (| 45 (| 00 (| 45 (| 52,5 (|
| 2 | N-41-41-(2 | 55 (00 (| 62 (01 (| 55 (00 (| 62 (03 (| 54 (58 (| 62 (01 (| 54 (58 (| 62 (03 (|
| |) | 00 (| 52,5 (| 00 (| 45,0 (| 45 (| 52,5 (| 45 (| 45,0 (|
| 3 | N-41-41-(3 | 55 (00 (| 62 (03 (| 55 (00 (| 62 (05 (| 54 (58 (| 62 (03 (| 54 (58 (| 62 (05 (|
| |) | 00 (| 45,0 (| 00 (| 37,5 (| 45 (| 45,0 (| 45 (| 37,5 (|
| 4 | N-41-41-(4 | 55 (00 (| 62 (05 (| 55 (00 (| 62 (07 (| 54 (58 (| 62 (05 (| 54 (58 (| 62 (07 (|
| |) | 00 (| 37,5 (| 00 (| 30,0 (|


Design of small culverts and drainage

 
category: Geodesy

CONTENTS

INTRODUCTION 4

1 DETERMINATION OF THE DIMENSIONS CATCHMENT AREA 5

2 hydrological calculations 6

3 HYDRAULIC CALCULATION OF SMALL BRIDGE 9

4 HYDRAULIC CALCULATION OF PIPE (non-pressure, POLUNAPORNOY, pressure)

12

5 HYDRAULIC CALCULATION OF FILTRATION Mound 15

6 HYDRAULIC CALCULATION OF CHANNEL 17

7 LIST OF USED SOURCES 19

1 DETERMINATION OF CATCHMENT AREA SIZE

divide the catchment area of triangles and expect each triangle by the formula

F = (p (p-a) (p-a) (p-c), p = a + b + c / 2 (1.1)
Where: F-square, p-half-perimeter of the triangle, a, b, c-side triangle.

F1 = (0,144 (0,144-0,074) (0,144-0,125) (0,144-0,09) = 0,329 km2 (1.2)

F2


Modern total stations

 
category: Geodesy

Omsk State Agricultural University

Summary

On the topic:

?Modern Tachymeters?

Finished: Makarov AA < / p>

Check: Prick what is

Omsk 2001


It is known that the quality requirements for building products are growing rapidly
Increases and the need to continuously improve the overall technical level construction, reliability, durability, aesthetics, manufacturability building production.

Engineering-geodetic measurements, engineering and building surveying occupy a special place in the overall scheme of construction works. They begin long before the start of construction to conduct engineering and geodetic surveys, removal of structures in the nature of projects, are part technology building and cons


Tectonic lakes

 
category: Geodesy

Lake - a reservoir with a slow water exchange. Lakes are classified according different grounds: in origin (tectonic, volcanic, dammed, glacial, failure, karst, etc.) on the salinity
(fresh, brackish, salt, , etc.); on trofnosti
(oligotrophic, mesotrophic, eutrophic, etc.); on pololozheniyu in the landscape
(low-lying, flood, mountain, etc.), depth (shallow, deep, ultradeep) on the morphology (spherical, elongated, lentoobraznye, crescent, chetkoobraznye, etc.); for water circulation (stagnant, oblong, periodic flow, time, relict) by type use (fisheries, water supply, for the extraction of salt, ore sapropels, curative mud, etc.), as (clean, contaminated, overgrown, etc.).
How many years living lake?
Most of the relatively short time - a few thousa


Theodolite 2T - 30

 
category: Geodesy

Ministry of Education.

Kuban State Technological University.

Department Kadasta

RECORD

of engineering geodesy:

Theodolite 2T - 30.

met: the student of 1-year student ICF

group of 03-C-41 Konogray ES adopted: lecturer "Kadasta"

Berdzemishvili SG

Krasnodar 2003.

Appointment

theodolite designed for measuring vertical and horizontal angles, to measure distances and determine the magnetic azimuth on the compass needle stop. In accordance with GOST 10529-86 theodolites on the accuracy of measuring angles divided into:
- Precision (T-1)
- Exact (T-2, T-5)
- Technical (T-15, T-30)
(figures - is the mean square error of measurement of angles).


Technical project aerial photography

 
category: Geodesy

work performed Komos DY

Group AGM - 41

Baselines ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .. 3

subject ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 4

Scheme object ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 5

altitude characteristics of the object ... ... ... ... ... ... ... ... .. 5

map of the subject ... ... ... ... ... ... ... ... ... ... ... 6

ratio Heights ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .. 7

Assign images overlap ... ... ... ... ... ... ... ... ... .... 8

Dimensions survey sites ... ... ... ... ... ... ... ... ... ... ... 8

bl ... ... ... ... ... ... ... ... ...


topographical signs

 
category: Geodesy

State Committee of Russia for Higher Education.

Russia State Aviation Technological

University named after KE Tsiolkovsky - (MATI)

__________________________________________________________

Military Department

Homework by military topography.

Option number 1 < p> Topic: topographical and tactical symbols.

1. Vegetation and soil.

2. Items management and communications.

Completed: student
Shapiro RA

Training squad: 311

Group: F-4.05

Instructor: n / a n
Mikhailov AN

Moscow 1997

structural plan of home work on military topography.

Option 1.

Subject: Topographic and tactical symbols.

Introduction.


shape, size and motion of the Earth and their geophysical investigation. The gravitational field of Earth

 
category: Geodesy

RUSSIA State Hydrometeorological University

Topic: "The shape, size and motion of the Earth and their geophysical investigation.
The gravitational field of Earth. The main characteristics, their changes in latitude, depth and altitude above Earth's surface. Gravitational anomalies. ?

Completed: the student correspondence department 1 year of specialty meteorology Bondarchuk AV

Plan

. The third planet in the galaxy.

. Orbital characteristics of planets.

. Internal structure of the Earth.

. The earth's crust and its structure.

. Gaseous envelope of Earth.

. The law of universal gravitation.

. Shape of the Earth and gravity.

. Gravity anomaly.


geographical position in Dnepropetrovsk

 
category: Geodesy

DNEPROPETROVSK


Coat of arms of Dnipropetrovsk
(approved in September 2001)

population of 1 098 000 people (2001)
geographical position 48o 28 'N
35o 03 'E
Area 397 sq. km.
Length from north to south - 22 km. from west to east - 33 km.
highest point of the city hilltop - 188 g, a forest south of the same / g
West
lowest point of the city, the water level in the Dnieper - 52 g
highest TV tower building - 180 g.
Residential building - two "towers" on the same k Victory-4, 28 floors
Area - 31,93 sq. km

Population - 3745.0 thousand people

including:

urban - 3130.3

rural - 614,7

population density per square kilometer - 117 attendees.

Hydraulic concrete

 
category: Geodesy

Plan:
1) to design the composition of hydraulic concrete.
a) General principles for design of hydraulic concrete.
b) Calculation of the composition.
2) Calculation of bricks.
a) Calculation of bricks on 1m2. Drawing.
b) Estimate the project buildings. Drawing.
3) Masonry walls of brick in the winter time and control its quality.
4) References.

I. Design the composition of hydraulic concrete.
General principles of design.
The task of the design of hydraulic concrete is the choice of cement, aggregates and water additives, establishing their optimal proportions with minimum cement consumption, provision of necessary technological properties of concrete mix; obtain concrete with the spe

GeoCad, as a database for keeping a register of real property rights registration and related transactions

 
category: Geodesy

Contents.

Introduction.
Chapter 1: Paperwork.
Chapter 2 Characteristics of the program Geocad System.
Chapter 3: The state registration of rights to immovable property and transactions with them.
Conclusion.
Appendix.
References.

Introduction.

In the creation of wealth enormous role played by land. It is the source of the wealth of human society. The process of material production is directly related to the use of land as a spatial basis and the means of production. Earth, being a natural resource, is an important part of the biosphere. In its depths have huge deposits of minerals. It acts as a storehouse of wealth. Water and forest resources are also organically linked with the land

Automated processing of land management information

 
category: Geodesy

Contents.
Introduction

1. Characteristics of programs and devices
2. Processing of the results of field measurements
3. Using planning and mapping
4.Avtomatizirovannaya document preparation
5. Conclusion
List of literature used

INTRODUCTION.

Land - neotsenimoebogatstvo society. It is a basic natural resource, material usloviemzhizni and activities of people, the basis for the placement and development of all otrasleynarodnogo economy, the main means of production in agriculture and the main source of food. Therefore, the organization management and protection of land - the most important condition for the existence and prosperity of the people.
Before the society has a diffi

GeoCad, as a database for keeping a register of real property rights registration and related transactions

 
category: Geodesy

Characteristics

program Geocad System.


The modular multi-purpose cadastral system Geocad System 3.1/3.2 a system of interlinked databases (Access 2.0 and Access
97 in accordance with the version of the system), means of input, processing and semantic mapping (attribute) and spatial information different territories.

variety of applications, database solutions for various problems administration of the territory requires a different perspective: from traditional, for the activities of administrative management units within a given territory - land registry Real estate and property relations, topography, communications, to purely background - the network of roads, commerce, history, culture and etc. Specialists of the company perfected the technol


Automated processing of land management information

 
category: Geodesy

Contents

.

| Introduction | |
| | 2 |
| | |
| | |
| 1. Characteristics of programs and devices | |
| | |
| | |
| 2. Processing of the results of field measurements | |
| | |
| 3. Using planning and mapping | |
| 4.Avtomatizirovannaya preparation of documents | |
| | |
| 5. Conclusion | |
| | |
| List of used literature | |
| | |
| | |
| | |
| | |
| | |
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INTRODUCTION.

Earth - an invaluable wealth of society. It is a basic natural resource, living conditions and human activities, the basis for the placement and development of all sectors of the economy, the main means of production in agriculture and the main source of food. Therefore,


Tickets for geodezii (2002)

 
category: Geodesy


1Predmet and distsiplany geodesy. Challenges engineering geodesy
Geoddeziya is one of the oldest sciences. Word-ground-share, but science itself emerged as a result of practical human activity to establish boundaries of land, construction of irrigation canals, drainage land. Modern geod-multifaceted science to solve complex scientific and practical problems. It is the science of determining the size and shape of the earth, about measurements on the earth's surface to display it on maps and plans.
Geod problems are solved on the basis of measurements carried out by surveying devices. In the Spanish situation geod Math, physics, astronomy, cartography, and al geodesy is divided into higher-space geod, topography, photogrammetry and Applied Geodesy, each of t