The program of lectures
Week lectures
An introductory lecture, lecture schedule, graduation requirements, recommended reading.
2 Significance of technology, general concepts, workshop metrology, measurement errors.
3 Division of machining methods, cutting tool geometry and its importance in cutting motions.
4 Physical basis of the cutting process, chip formation, forces during machining,
heat balance.
5 cutting edge wear, durability and tool life, rustiness machine tools and machinability of materials.
6 of machine tools tool materials - characteristics, applications.
7 production process, election platforms, sequence, Technological design.
8 Turning technology.
9 Milling technology.
Drilling Technology in 1910.
1911 Technology planing, shaping, stretching and extrusion.
1912 Technology of grinding and finishing machining methods.
13 Unconventional machining.
14 Assembly technology, virtual assembly.
Exercise program and seminars:
Week / lesson content and seminars
1 Introductory exercises. Safety briefing.
2 Basics workshop control (callipers, micrometers, gauges, folding length, diameters, lengths and angles).
3 Basics workshop control (control dvoubodou and three-point method, the control threads and gears). Program No. 1
4 blade cutting tool geometry. Examples of machine tools. Measuring angles on tools.
5 Cutting tool geometry.
6 Cutting tool geometry.
7 No.1 Surrender program. Test No. 1
8 seminars for the development of manufacturing processes. Examples of manufacturing processes.
Turning 9 - basic concepts, demonstrations of tools and lathes division.
10 Milling - basic concepts, demonstrations of tools and milling division.
1911 Drilling - basic concepts, examples and tools division drills. Production procedure specified components.
12 Work Programme.
13 Working on the program. - Completion.
14 Surrender program.
Test questions:
1st Basics of the cutting process - basic concepts and definitions
2nd The geometry of the cutting wedge - a working tool and system
3rd Creating and shaping chips
4th Forces in machining
5th The heat during machining - heat balance
6th Wear, durability and tool life
7th Machinability of Materials
8th Surface roughness and its measurement
9th Cutting material - tool steel, SK
10th Cutting materials - materials kramické
11th Turning - principles, methods, tools
12th Manufacturing equipment for turning - workholding
13th Milling - principles, methods, tools
14th Manufacturing equipment for milling - Universal dividing head
15th Drilling - principles, methods, tools - drilling deep
16th Boring, core-drilling, reaming, countersinking - principles, methods,
Tools
17th Planing and shaping - principles, methods, tools, machines
18th Stretching, special methods of grinding
19th Separation of materials - principles, methods, tools
20th Grinding - principles, methods, tools, machines
21st Finishing operation - principles, methods
22nd Production of gears - basic principles
23rd Production thread
24th Production process and production process - Technological design
25th Principles for designing manufacturing processes
26th Non-conventional machining methods
27th Gauges absolute and comparative - principles, transfers
28th Measurement errors
29th Cutting environment
30th Basic principles of assembly, types and methods of assembly
Note to the test:
The test consists of an oral section. Test (s) will draw two questions, each one of the blocks 1 ÷ 15 and the second block of 16 ÷ 30th After 25 ÷ 30-minute written preparation is an oral exam, which tested the recommended rule sketches, formulas, definitions and diagrams.
Week lectures
An introductory lecture, lecture schedule, graduation requirements, recommended reading.
2 Significance of technology, general concepts, workshop metrology, measurement errors.
3 Division of machining methods, cutting tool geometry and its importance in cutting motions.
4 Physical basis of the cutting process, chip formation, forces during machining,
heat balance.
5 cutting edge wear, durability and tool life, rustiness machine tools and machinability of materials.
6 of machine tools tool materials - characteristics, applications.
7 production process, election platforms, sequence, Technological design.
8 Turning technology.
9 Milling technology.
Drilling Technology in 1910.
1911 Technology planing, shaping, stretching and extrusion.
1912 Technology of grinding and finishing machining methods.
13 Unconventional machining.
14 Assembly technology, virtual assembly.
Exercise program and seminars:
Week / lesson content and seminars
1 Introductory exercises. Safety briefing.
2 Basics workshop control (callipers, micrometers, gauges, folding length, diameters, lengths and angles).
3 Basics workshop control (control dvoubodou and three-point method, the control threads and gears). Program No. 1
4 blade cutting tool geometry. Examples of machine tools. Measuring angles on tools.
5 Cutting tool geometry.
6 Cutting tool geometry.
7 No.1 Surrender program. Test No. 1
8 seminars for the development of manufacturing processes. Examples of manufacturing processes.
Turning 9 - basic concepts, demonstrations of tools and lathes division.
10 Milling - basic concepts, demonstrations of tools and milling division.
1911 Drilling - basic concepts, examples and tools division drills. Production procedure specified components.
12 Work Programme.
13 Working on the program. - Completion.
14 Surrender program.
Test questions:
1st Basics of the cutting process - basic concepts and definitions
2nd The geometry of the cutting wedge - a working tool and system
3rd Creating and shaping chips
4th Forces in machining
5th The heat during machining - heat balance
6th Wear, durability and tool life
7th Machinability of Materials
8th Surface roughness and its measurement
9th Cutting material - tool steel, SK
10th Cutting materials - materials kramické
11th Turning - principles, methods, tools
12th Manufacturing equipment for turning - workholding
13th Milling - principles, methods, tools
14th Manufacturing equipment for milling - Universal dividing head
15th Drilling - principles, methods, tools - drilling deep
16th Boring, core-drilling, reaming, countersinking - principles, methods,
Tools
17th Planing and shaping - principles, methods, tools, machines
18th Stretching, special methods of grinding
19th Separation of materials - principles, methods, tools
20th Grinding - principles, methods, tools, machines
21st Finishing operation - principles, methods
22nd Production of gears - basic principles
23rd Production thread
24th Production process and production process - Technological design
25th Principles for designing manufacturing processes
26th Non-conventional machining methods
27th Gauges absolute and comparative - principles, transfers
28th Measurement errors
29th Cutting environment
30th Basic principles of assembly, types and methods of assembly
Note to the test:
The test consists of an oral section. Test (s) will draw two questions, each one of the blocks 1 ÷ 15 and the second block of 16 ÷ 30th After 25 ÷ 30-minute written preparation is an oral exam, which tested the recommended rule sketches, formulas, definitions and diagrams.