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Adjustment of geodetic networks in mining

Study program:
Mine Surveying (X semester -MsC)
Name of subject: Adjustment of geodetic networks in mining
Instructors:
Prof. Aleksandar Ganić
Status: Optional
ECTS: 6
Prerequisites: Computation of adjustment
Course Objectives:
Adoption of knowledge about mining networks, their design and adjustment using the method of parametric and condition adjustment, as well as possibilities of transformation of coordinates of points in order to integrate local networks into the national coordinate system.
Learning Outcomes:
Mastering the ability to adjustment the mining networks by the method of parametric and condition adjustment and transformation of coordinates of points.
Content:

Theory teaching
Shape and accuracy of the basic mine trigonometric network, traverse, basic mining level nets. Parametric adjustment of a coordinate of a trigonometric point using the intersection, resection, cutting in and angular-length method and assessment of accuracy. Parametric adjustment of the coordinates of the two trigonometric points and assessment of accuracy. Indirect adjustment of the trigonometrical control network. Junction point of traverse network. Rigorous adjustment of a traverse. Parametric adjustment of level nets in which altitude differences are determined by geometric or trigonometric leveling. Junction of bench mark. Types of condition equations in basic mining trigonometric networks. Condition adjustment of free and non-free mining trigonometric networks and assessment of accuracy. Types of condition equations in basic mining level nets. Condition adjustment of free and non-free mining level nets and assessment of accuracy. Transformation of coordinates in order to integrate local mine trigonometric networks into the national coordinate system.

Practical teaching
Parametric adjustment of the coordinates of one point by intersection. Parametric adjustment of the coordinate of one point by resection. Parametric adjustment of the coordinates of one point by cutting in. Parametric adjustment of the coordinates of one point by a angular-length method. Parametric adjustment of the coordinates of two points. Calculating the coordinates of the junction point. Parametric adjustment of the trigonometric network. Parametric adjustment of the basic mine level net. Condition adjustment of the basic mine trigonometric network. Condition adjustment of the basic mine level net. Rigorous adjustment of a traverse. Computational examples of points coordinate transformation of the basic mining trigonometric network.

Suggested Reading List:
  1. Ganić A., 2008.: Račun izravnanja, RGF, Beograd
  2. Ganić A., 1996.: Zbirka zadataka iz računa izravnanja, RGF, Beograd
  3. Mihailović K., 1992.: Geodezija – Izravnanje geodetskih mreža, Naučna knjiga, Beograd
  4. Aleksić I., 1990.: Geodezija 3 – Zbirka rešenih zadataka, Naučna knjiga, Beograd
  5. Mihailović K., 1982.: Geodezija II II deo, Naučna knjiga, Beograd
Conduct of the Course:
Lectures, individual practical lessons.
Fund hours:
Lectures Exercises Other forms of teaching Study research
2 2 0 0
Assessment:
Final Exam ECTS
Oral Exam30

Classwork Assessment ECTS
Class Participationа10
Practical Classes15
Written tests45
Additional Assessment Criteria: -


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