Lectures
1. Mechanisms and rules of plastic deformation.
2. Teminology, research of formability.
3. Structure development and final properties.
4. Factors influencing formability of metallic materials.
5. Softening processes and precipitation.
6. Laboratory research and description of flow stress.
7. Particularity of forming of the continuously cast products.
8. Equipment of forming plants.
9. Theory of rolling and calibration.
10. Assortment and technologies in rolling mills.
11. Production of pipes.
12. Cold forming.
13. Smith forging and stamping.
14. Particularity of forming the selected alloys.
Exercises
1. Basic principle of the plastic deformation – computational example
2. Formulation of dimensional changes at forming – computational example, test
3. Verification of principle of volume preservation at laboratory sheet rolling, report
4. Entry of the workpiece into the roll gap - practical example, report
5. Determination of mean flow stress and forming factor, conditional functions in the spreadsheet – computational example
6. Laboratory hot rolling of the flat sample - preparation of experiment
7. Measurement of rolling force and spread during hot rolling - a laboratory experiment
8. Metallographic processing of rolled samples
9. Comprehensive evaluation of laboratory rolling - report
10. Roll pass desing of blooms
11. Rod rolling - theoretical analysis, assigment
12. Rod rolling - computational methodology, report
13. Excursion to factory
14. Credit test, credit
1. Mechanisms and rules of plastic deformation.
2. Teminology, research of formability.
3. Structure development and final properties.
4. Factors influencing formability of metallic materials.
5. Softening processes and precipitation.
6. Laboratory research and description of flow stress.
7. Particularity of forming of the continuously cast products.
8. Equipment of forming plants.
9. Theory of rolling and calibration.
10. Assortment and technologies in rolling mills.
11. Production of pipes.
12. Cold forming.
13. Smith forging and stamping.
14. Particularity of forming the selected alloys.
Exercises
1. Basic principle of the plastic deformation – computational example
2. Formulation of dimensional changes at forming – computational example, test
3. Verification of principle of volume preservation at laboratory sheet rolling, report
4. Entry of the workpiece into the roll gap - practical example, report
5. Determination of mean flow stress and forming factor, conditional functions in the spreadsheet – computational example
6. Laboratory hot rolling of the flat sample - preparation of experiment
7. Measurement of rolling force and spread during hot rolling - a laboratory experiment
8. Metallographic processing of rolled samples
9. Comprehensive evaluation of laboratory rolling - report
10. Roll pass desing of blooms
11. Rod rolling - theoretical analysis, assigment
12. Rod rolling - computational methodology, report
13. Excursion to factory
14. Credit test, credit