At the end of this course, the students; 1) Can measure dimensions, can measure screw threads 2) Performs error analysis, learns statistical approaches, learns how to do calibration studies by analyzing measurement errors. 3) Can use techniques of measurement and control, mounts brackets and machine tools 4) Can determine whether the processed surfaces have geometric irregularities in terms of surface 5) Calculates the surface roughness (Ra) of materials by learning the integral and derivative approaches. It can extract the mathematical function of surface roughness and make calculations to do additive operations with its integral. (Ra, Rz, Rt values table analysis) 6) Can use gauges and surface control with optical glasses 7) Can measure with using comparative techniques
8) Recognizes the types of gauges, makes measurements of inner and outer diameters with gauges. 9) Understands the comparative measurement techniques of machine parts, measures Angle and Angle divisions
MODE OF DELIVERY
Face to face
PRE-REQUISITES OF THE COURSE
No
RECOMMENDED OPTIONAL PROGRAMME COMPONENT
No
COURSE DEFINITION
Within the scope of this course, students acquire information about Measurement and Control. Processes such as measuring materials and checking manufactured materials are covered throughout the course. Within the scope of the Measurement and Control course, students learn the basic units of measurement of materials and receive basic information about taking measurements from produced materials and how quality control and assurance studies are carried out. Margin of error calculations in measurement, analysis of error and normality of distribution, introduction to statistical analysis and basic statistical calculations of the data set coming from measurement are taught. Note: If you feel you need academic accommodation due to your disability, please contact the course instructor.
COURSE CONTENTS
WEEK
TOPICS
1st Week
Principles and learn the usage of various comparators.
2nd Week
Knows and uses the working principle of the optical projector.
3rd Week
Angle and Angle Measurement of temperaments.
4th Week
Determination of Shapes and Positions. Calculates the total (cumulative) shape and position error by using statistical methods to determine the shape and position.
5th Week
Mitre and Feeler gauge (liner), the comparator with the autocollimator measures a surface perpendicular to the reference surface.
6th Week
Identifies the wavelengths of incident light interference. Optical glasses with the flatness and interference lines control.
7th Week
Principles of Exercise and screeding. Feather edges and the border manufacturing systems, knows the limits and principles of practice learns.
