GOVERNMENT ENGG. COLLEGE B.E Semester III :- Civil Engineering

Slides:



Advertisements
Similar presentations
Measuring and Layout Tools
Advertisements

Theodolite: Introduction
GE1X01 ENGINEERING GRAPHICS
Contours Contours show points of the same height. These points are joined up usually in 5m or 10m intervals. This line is made up from joining up all the.
 Chain surveying can be used when the area to be surveyed is comparatively is small and is fairly flat.  But when the area is large, undulating and.
Micrometer Sizes range from 0 to 1 inch up to 12 inches.
CE 260 SURVEYING CHAPTER 5.
S.H.H.S Building Construction
ENGINEERING SURVEYS DEFINITION Surveying has to do with the determination of location of points on or near the surface of the earth. It is the art/science.
1. Chose a location where you can see all other points of interest 2. Pace out the area so that you get a feel for what kind of scale you may use. 3. Set.
Faculty of Engineering Technology
Manufacturer’s Recommendation for Setting up a Theodolite
Energy & Environment. What are these lines called and what are they used for? If this map has a scale of 1:25,000 what does this mean? They are called.
This training was prepared by the U.S. Department of Agriculture (USDA) team of Otto Gonzalez-USDA Foreign Agricultural Service (Team Leader), Jon Fripp.
Harry Williams, Cartography1 Surveying Techniques I. The USGS supplies 1:24,000 scale maps for all the U.S. But detailed topography at larger scales is.
Surveying I. Lecture 3..
THE PARTS OF A BRUNTON COMPASS
ORTHOGRAPHIC PROJECTION
1.Chose a location where you can see all other points of interest 2.Pace out the area so that you get a feel for what kind of scale you may use. 3.Set.
Patel Tejasvini D.(T-13CL225)
Surveying Techniques I. The USGS supplies 1:24,000 scale maps for all the U.S. But detailed topography at larger scales is rare and/or.
COMPASS SURVEYING STUDY OF INSTRUMENTS AND AREA CALCULATION
Contours show points of the same height. These points are joined up usually in 5m or 10m intervals. This line is made up from joining up all the points.
Dumpy Level Surveying Energy & Environment.
THEODOLITE SURVEYING THEODOLITE SURVEYING
CHAPTER 3 LINEAR MEASUREMENTS
Topic : Theodolite Traversing
Planning and Drawing an Agricultural Project. Planning An Agricultural Project  Blueprints are used to plan projects. They can be:  Hand Drawn – Can.
SURVEYING PLANE TABLE SURVEYING 1. 2  Plane Tabling is a graphical method of surveying in which the field work and plotting are done simultaneously.
THEODOLITE SURVEYING THEODOLITE SURVEYING. THEODOLITE SURVEYING THEODOLITE SURVEYING.
Mahatma Gandhi Institute of Tech. Education and Research Center
PLANE TABLE SURVEYING NUST Institute of Civil Engineering/Engr Muhammad Ammar.
PLANE TABLE SURVEYING SURVEYING – I
INSTRUMENTS USED IN PLANE TABLE SURVEYING.
Civil Department. GROUP MEMBERS GROUP MEMBERS:- ENROLLMENT NO. NAME OF THE STUDENT BURHAN ADENWALA PRIYANK AGRAWAL TAMANNA.
Rampurwala Taher Z Panchal Deep S Shah Akash K Patel Apurv K Rathod Hardipsinh.
CIVIL DEPRATMENT.
Made by- Civil 3rd semester
VARIOUS METHODS OF PLANE TABLE SURVEYING
Compass Surveying.
Angular Measurements Angle is defined as the opening between two lines which meet at a point. If a circle is divided into 360 parts, then each part is.
In Compass survey chain or tape is used for linear measurements and compass is used for fixing direction. In compass freely suspended.
CIVIL A [3 RD SEM ] TOPIC :- Plane Table Survey GROUP 1O ENROLLMENT NO  DARSHAN R MEHTA  KOMAL N MALVANIYA  HARDIK G MAKWANA.
SANKALCHAND PATEL COLLEGE OF ENGINEERING, VISNAGAR PLANE TABLE SURVEYING PREPARED BY: PATEL AVANI B PANDYA RUCHA H CHAUHAN.
BIRLA VISHWAKARMA MAHAVIDYALAYA
Preparation of Tools.
Mr. Vedprakash Maralapalle, Asst. Professor
ENGINEERING COLLEGE TUWA
FACULTY OF ENGINEERING TECHNOLOGY AND RESERCH, TAJPORE, BARDOLI CIVIL ENGINEERING DEPARTMENT SURVEYING ( )
Surveying I. Lecture 3..
Surveying 1A (SVG 105) PLANE TABLE SURVEYING
EXERCISES: PROJECTIONS OF STRAIGHT LINES
Theodolite: Introduction
Topic: “Plane table surveying”…
SURVEYING Plane Table Survey
Theodolite: Introduction
S. N. PATEL INSTITUTE OF TECHNOLOGY & RESEARCH CENTRE , UMRAKH
Plane table surveying with contouring
Hand Tools.
Introduction Theodolite is used to measure the horizontal and vertical angles. Theodolite is more precise than magnetic compass. Magnetic compass measures.
Drafting Tool Practice
COMPASS SURVEYING.
VADODARA INSTITUTE OF ENGINEERING
THEODOLITE TRAVERSING BY S N Nanaware
SURVEYING – II THEODOLITE
Unit 4. Plane Table Surveying
Leveling By : Parveen Kumar.
ORTHOGRAPHIC PROJECTION
ORTHOGRAPHIC PROJECTION
1.  Plane table is a graphical method of surveying in which the field works and the plotting is done simultaneously.  It is particularly adopting in.
Presentation transcript:

GOVERNMENT ENGG. COLLEGE B.E Semester III :- Civil Engineering Dr. S & S. S. GHANDHY, GOVERNMENT ENGG. COLLEGE SURAT B.E Semester III :- Civil Engineering SURVEYING Guided By:- Prof. R.B.KHASYA Prepared By :- AVAIYA KEYUR (130230106001)

PLANE TABLE SURVEYING NUST Institute of Civil Engineering/Engr Muhammad Ammar

INTRODUCTION. The plane table, one of the oldest of surveying instruments, is, in its simplest form, merely a board for holding the paper or other material upon which a map is drawn with the aid of a rule or straight edge.

PLANE TABLE SURVEYING Plane Tabling is a graphical method of surveying in which the field work and plotting are done simultaneously. Useful to fill in details between stations fixed by triangulation or theodolite traversing. Particularly adapted for small scale or medium scale mapping in which great accuracy in detail is not required. The plane table consists essentially of: A drawing board mounted on a tripod and A straight edge called an alidade. NUST Institute of Civil Engineering/Engr Muhammad Ammar

THE DRAWING BOARD Made of well-seasoned wood such as teak or pine. Size varies from 40cm x 30cm x 75cm x 60cm or 50cm to 60 m square. It is mounted on a tripod in such a manner that it can be leveled, and revolved about a vertical axis and clamped in any position. NUST Institute of Civil Engineering/Engr Muhammad Ammar

NUST Institute of Civil Engineering/Engr Muhammad Ammar

PLAIN ALIDADE Consists of a metal (brass or gunmetal) or boxwood straight edge or ruler about 50 cm long. The beveled (ruling or working) edge of the alidade is called the fiducial edge. It consists of two vanes at the ends, the vanes are hinged and can be folded when the alidade is not in use. One of the sight vanes is provided with a narrow slit and the other with a central vertical wire or hair. One of the vanes known as sight vane is provided with a narrow slit with three holes, one at the top, one at the bottom and one in the middle. NUST Institute of Civil Engineering/Engr Muhammad Ammar

PLAIN ALIDADE The other vane which is known as object vane, is open and carried a hair or a fine thread or a thin wire stretched between the top and bottom of the slit. With the help of the slit, a definite line of sight may be established parallel to the ruling edge of the alidade. The length of the ruling edge should be equal to the smaller side of the plane table. A plane alidade can be used only when the elevations of the of the objects are low. NUST Institute of Civil Engineering/Engr Muhammad Ammar

PLAIN ALIDADE Sight Vane Object Vane Fiducial Edge NUST Institute of Civil Engineering/Engr Muhammad Ammar

PLAIN ALIDADE NUST Institute of Civil Engineering/Engr Muhammad Ammar

TELESCOPIC ALIDADE It is used to take inclined sights. The alidade which is fitted with a telescope is known as a telescopic alidade. It is used to take inclined sights. It increases the range and accuracy of the sights. It consists of a small telescope with a level tube. A graduated scale is mounted on the horizontal axis. One side of the metal ruler is used as the working edge along which lines are drawn. The angles of elevation or depression can be read on the vertical circle. NUST Institute of Civil Engineering/Engr Muhammad Ammar

TELESCOPIC ALIDADE NUST Institute of Civil Engineering/Engr Muhammad Ammar

SPIRIT LEVEL It consists of a small metal tube which contains a small bubble. The spirit level may also be circular but its base must be flat so that it can be laid on the table. The table is truly level when the bubble remains central all over the table. NUST Institute of Civil Engineering/Engr Muhammad Ammar

SPIRIT LEVEL NUST Institute of Civil Engineering/Engr Muhammad Ammar

THE TROUGH COMPASS A box compass consists of a magnetic needle pivoted at its centre freely. It is used for orienting the plane table to magnetic north. The edges of the box compass are straight and the bottom is perfectly flat. NUST Institute of Civil Engineering/Engr Muhammad Ammar

THE TROUGH COMPASS NUST Institute of Civil Engineering/Engr Muhammad Ammar

PLUMBING FORK The plumbing fork consists of a hair pin-shaped brass frame, having two equal arms. One end has a pointer while a plumb bob is attached the other end. It is used in large scale survey for accurate centering of the station location on the table over its ground position. NUST Institute of Civil Engineering/Engr Muhammad Ammar

PLUMBING FORK It is also used for transferring the location of the instrument station on the sheet on to the ground. The fork is placed with its upper arm lying on the top of the table and the lower arm below it. The table is said to be centered when the plumb bob hangs freely over ground mark. NUST Institute of Civil Engineering/Engr Muhammad Ammar

PLUMBING FORK Plumbing Fork NUST Institute of Civil Engineering/Engr Muhammad Ammar

SETTING UP THE PLANE TABLE The setting up the plane table includes the following three operations. 1. Centering the plane table 2. Leveling the plane table 3. Orientation of plane table