Lectures:
1. Introductory lecture
2. Basic methods of design components
3. Methods of criteria for the choice of construction materials
4. The criterion of maximum allowable stress
5. The criteria for maximum permissible and maximum required deformation
6. Criteria for safety due to the emergence of low-energy fracture
7. Design criteria of material cyclically loaded components
8. Methods of pairs of functional materials for wear surfaces
9. Material design criteria for multi-axis stress components
10. Criteria for minimum weight components
11. Criteria for the maximum strain energy
12. Influence of microstructure of structural materials to design indexes
13. Information systems use the products selected manufacturing sectors
and their functions
14. Sources of information about the properties of materials and their use
in the design material for the intended use
Exercise:
1. Introductory training, requirements, a summary study of literature, summary of the basic knowledge from strength and elasticity, mechanic of continuum and physic of materials necessary for mastering the subject.
2. The basic philosophy of design components and their application in selected manufacturing industries. Application fields for pressure vessels and piping and comparing results using different methods.
3. Practice using some methods of construction material criteria and their application in different loading conditions, the same structural parts,
assessing the impact on the shape of the component selection of a suitable material.
4. Application of criteria for maximum allowable voltage on the profiled element light strained construction to move the wall pressure vessels and general support cross-loaded on the buckling.
5. Solved examples of application of criteria for maximum permissible
deformation safety assessment of structures subjected to creep, examples of election material components with a plastic joint.
6. Examples of design material for structures and low temperature cryogen. Application methods of selection of ceramic materials and glass for its
intended use.
7. The selected design solution of the material in its application to the component exposed to fatigue. Comparison of results of draft material for consideration uniaxial and multiaxial cyclic stress.
8. Solved examples of choices of construction materials for a pair of well- mannered loading and functional interaction surfaces. Comparison of different results design of structural materials for a pair of different mechanisms wear.
9. Examples of design of structural materials under uniaxial and multiaxial stress, special cases of stress-strain states. Practical examples of howstress-strain state influence the choice of construction material.
10. The solution selected examples of the loaded beam, plate and shell on the choice construction material in the condition of minimum weight. Comparison solution results in thin-walled pressure vessel under conditions of "leak before break ".
11. Examples of solving a suitable construction material for the production of springs applying the criteria of maximum strain energy.
12. Examples of the influence of chemical composition and processing
technology construction materials and their resulting microstructure to
draft design index materials.
13. Test.
14. Checking test results, credit.
1. Introductory lecture
2. Basic methods of design components
3. Methods of criteria for the choice of construction materials
4. The criterion of maximum allowable stress
5. The criteria for maximum permissible and maximum required deformation
6. Criteria for safety due to the emergence of low-energy fracture
7. Design criteria of material cyclically loaded components
8. Methods of pairs of functional materials for wear surfaces
9. Material design criteria for multi-axis stress components
10. Criteria for minimum weight components
11. Criteria for the maximum strain energy
12. Influence of microstructure of structural materials to design indexes
13. Information systems use the products selected manufacturing sectors
and their functions
14. Sources of information about the properties of materials and their use
in the design material for the intended use
Exercise:
1. Introductory training, requirements, a summary study of literature, summary of the basic knowledge from strength and elasticity, mechanic of continuum and physic of materials necessary for mastering the subject.
2. The basic philosophy of design components and their application in selected manufacturing industries. Application fields for pressure vessels and piping and comparing results using different methods.
3. Practice using some methods of construction material criteria and their application in different loading conditions, the same structural parts,
assessing the impact on the shape of the component selection of a suitable material.
4. Application of criteria for maximum allowable voltage on the profiled element light strained construction to move the wall pressure vessels and general support cross-loaded on the buckling.
5. Solved examples of application of criteria for maximum permissible
deformation safety assessment of structures subjected to creep, examples of election material components with a plastic joint.
6. Examples of design material for structures and low temperature cryogen. Application methods of selection of ceramic materials and glass for its
intended use.
7. The selected design solution of the material in its application to the component exposed to fatigue. Comparison of results of draft material for consideration uniaxial and multiaxial cyclic stress.
8. Solved examples of choices of construction materials for a pair of well- mannered loading and functional interaction surfaces. Comparison of different results design of structural materials for a pair of different mechanisms wear.
9. Examples of design of structural materials under uniaxial and multiaxial stress, special cases of stress-strain states. Practical examples of howstress-strain state influence the choice of construction material.
10. The solution selected examples of the loaded beam, plate and shell on the choice construction material in the condition of minimum weight. Comparison solution results in thin-walled pressure vessel under conditions of "leak before break ".
11. Examples of solving a suitable construction material for the production of springs applying the criteria of maximum strain energy.
12. Examples of the influence of chemical composition and processing
technology construction materials and their resulting microstructure to
draft design index materials.
13. Test.
14. Checking test results, credit.