Lecture program
Week Lecture content
1 Introduction - Faktors applied on development of tools, division of
cutting tools.
2 Materials og cutting tools - analysis, basic parameters, application
field.
3 Cutting geometry - definition, geometrical solution of cutting
geometry.
4 Cutting geometry - analytical solution, work geometry.
5 Turning tools - soldered tool problems.
6 Turning tools - construction with cutting tip, form turning tools.
7 Tools for holes - drills for short and deep holes, tools for boring
operation.
8 Broaching and push broaking tools.
9 Milling cutters - division, construction, geometry, application.
10 Cutter heads - construction with regard for its treliability.
11 Tools for thread production.
12 Tools for involute gearing production by dividing way.
13 Tools for involute gearing production by generating way.
14 Tools for production of worms and worm gears.
Practice program + individual student´s work
Week Practice content
1 Introduction - literature, prerekvisities, tool division.
2 Cutting materials - analysis, head treatment, practically exhibits,
video.
3 Analytical and geometrical solution of cutting geometry - Program 1.
4 Calculation of normal stress in soldering tip from sintered carbide.
5 Dependability checking of tools with cutting sintered carbide tip -
Program 2.
6 Driling tools - geometry, sharpening, modifications for cutting
efficiency increasing.
7 Analysis of force load by drills for short and deep holes.
8 Broaching tools - construction calculation, progressive way of
broaching.
9 Milling cutters - geometry, form-relieved cutter.
10 Cutter heads - division, calculations by angle of cutter head.
11 Taps - types, chip division, construction modification of taps.
12 Check of knowledges, konsultations, proof.
13 Milling cutters for spur gear production.
14 Shaper and shaver tools for spur gear production.
Lecture program
Week Lecture content
1 Introduction - Faktors applied on development of tools, division of
cutting tools.
2 Materials og cutting tools - analysis, basic parameters, application
field.
3 Cutting geometry - definition, geometrical solution of cutting
geometry.
4 Cutting geometry - analytical solution, work geometry.
5 Turning tools - soldered tool problems.
6 Turning tools - construction with cutting tip, form turning tools.
7 Tools for holes - drills for short and deep holes, tools for boring
operation.
8 Broaching and push broaking tools.
9 Milling cutters - division, construction, geometry, application.
10 Cutter heads - construction with regard for its treliability.
11 Tools for thread production.
12 Tools for involute gearing production by dividing way.
13 Tools for involute gearing production by generating way.
14 Tools for production of worms and worm gears.
Practice program + individual student´s work
Week Practice content
1 Introduction - literature, prerekvisities, tool division.
2 Cutting materials - analysis, head treatment, practically exhibits,
video.
3 Analytical and geometrical solution of cutting geometry - Program 1.
4 Calculation of normal stress in soldering tip from sintered carbide.
5 Dependability checking of tools with cutting sintered carbide tip -
Program 2.
6 Driling tools - geometry, sharpening, modifications for cutting
efficiency increasing.
7 Analysis of force load by drills for short and deep holes.
8 Broaching tools - construction calculation, progressive way of
broaching.
9 Milling cutters - geometry, form-relieved cutter.
10 Cutter heads - division, calculations by angle of cutter head.
11 Taps - types, chip division, construction modification of taps.
12 Check of knowledges, konsultations, proof.
13 Milling cutters for spur gear production.
14 Shaper and shaver tools for spur gear production.
Week Lecture content
1 Introduction - Faktors applied on development of tools, division of
cutting tools.
2 Materials og cutting tools - analysis, basic parameters, application
field.
3 Cutting geometry - definition, geometrical solution of cutting
geometry.
4 Cutting geometry - analytical solution, work geometry.
5 Turning tools - soldered tool problems.
6 Turning tools - construction with cutting tip, form turning tools.
7 Tools for holes - drills for short and deep holes, tools for boring
operation.
8 Broaching and push broaking tools.
9 Milling cutters - division, construction, geometry, application.
10 Cutter heads - construction with regard for its treliability.
11 Tools for thread production.
12 Tools for involute gearing production by dividing way.
13 Tools for involute gearing production by generating way.
14 Tools for production of worms and worm gears.
Practice program + individual student´s work
Week Practice content
1 Introduction - literature, prerekvisities, tool division.
2 Cutting materials - analysis, head treatment, practically exhibits,
video.
3 Analytical and geometrical solution of cutting geometry - Program 1.
4 Calculation of normal stress in soldering tip from sintered carbide.
5 Dependability checking of tools with cutting sintered carbide tip -
Program 2.
6 Driling tools - geometry, sharpening, modifications for cutting
efficiency increasing.
7 Analysis of force load by drills for short and deep holes.
8 Broaching tools - construction calculation, progressive way of
broaching.
9 Milling cutters - geometry, form-relieved cutter.
10 Cutter heads - division, calculations by angle of cutter head.
11 Taps - types, chip division, construction modification of taps.
12 Check of knowledges, konsultations, proof.
13 Milling cutters for spur gear production.
14 Shaper and shaver tools for spur gear production.
Lecture program
Week Lecture content
1 Introduction - Faktors applied on development of tools, division of
cutting tools.
2 Materials og cutting tools - analysis, basic parameters, application
field.
3 Cutting geometry - definition, geometrical solution of cutting
geometry.
4 Cutting geometry - analytical solution, work geometry.
5 Turning tools - soldered tool problems.
6 Turning tools - construction with cutting tip, form turning tools.
7 Tools for holes - drills for short and deep holes, tools for boring
operation.
8 Broaching and push broaking tools.
9 Milling cutters - division, construction, geometry, application.
10 Cutter heads - construction with regard for its treliability.
11 Tools for thread production.
12 Tools for involute gearing production by dividing way.
13 Tools for involute gearing production by generating way.
14 Tools for production of worms and worm gears.
Practice program + individual student´s work
Week Practice content
1 Introduction - literature, prerekvisities, tool division.
2 Cutting materials - analysis, head treatment, practically exhibits,
video.
3 Analytical and geometrical solution of cutting geometry - Program 1.
4 Calculation of normal stress in soldering tip from sintered carbide.
5 Dependability checking of tools with cutting sintered carbide tip -
Program 2.
6 Driling tools - geometry, sharpening, modifications for cutting
efficiency increasing.
7 Analysis of force load by drills for short and deep holes.
8 Broaching tools - construction calculation, progressive way of
broaching.
9 Milling cutters - geometry, form-relieved cutter.
10 Cutter heads - division, calculations by angle of cutter head.
11 Taps - types, chip division, construction modification of taps.
12 Check of knowledges, konsultations, proof.
13 Milling cutters for spur gear production.
14 Shaper and shaver tools for spur gear production.