Theory:
1. Introduction to simulations and analyzes used in additive production
2. Introduction to specialized software for creating simulations
3. Defining input values for simulation of metal alloy printing
4. Searching for a suitable orientation of the model in the building chamber
5. Choice of type of supporting elements
6. Simulation of metal printing and subsequent analysis
7. Evaluation of geometric deviations of the shape based on the simulation of metal printing
8. Voltage prediction
9. Analysis of plastic printing simulation
10. Project assignment - simulation of metal part printing
11. Project assignment - simulation of printing a plastic part
12. Control test
13. Consultation of assigned projects and evaluation
14. Final evaluation of the semester
Practice:
1. Introduction to simulations and analyzes used in additive production
2. Introduction to specialized software for creating simulations
3. Defining input values for simulation of metal alloy printing
4. Searching for a suitable orientation of the model in the building chamber
5. Choice of type of supporting elements
6. Simulation of metal printing and subsequent analysis
7. Evaluation of geometric deviations of the shape based on the simulation of metal printing
8. Voltage prediction
9. Analysis of plastic printing simulation
10. Project assignment - simulation of metal part printing
11. Project assignment - simulation of printing a plastic part
12. Control test
13. Consultation of assigned projects and evaluation
14. Final evaluation of the semester
1. Introduction to simulations and analyzes used in additive production
2. Introduction to specialized software for creating simulations
3. Defining input values for simulation of metal alloy printing
4. Searching for a suitable orientation of the model in the building chamber
5. Choice of type of supporting elements
6. Simulation of metal printing and subsequent analysis
7. Evaluation of geometric deviations of the shape based on the simulation of metal printing
8. Voltage prediction
9. Analysis of plastic printing simulation
10. Project assignment - simulation of metal part printing
11. Project assignment - simulation of printing a plastic part
12. Control test
13. Consultation of assigned projects and evaluation
14. Final evaluation of the semester
Practice:
1. Introduction to simulations and analyzes used in additive production
2. Introduction to specialized software for creating simulations
3. Defining input values for simulation of metal alloy printing
4. Searching for a suitable orientation of the model in the building chamber
5. Choice of type of supporting elements
6. Simulation of metal printing and subsequent analysis
7. Evaluation of geometric deviations of the shape based on the simulation of metal printing
8. Voltage prediction
9. Analysis of plastic printing simulation
10. Project assignment - simulation of metal part printing
11. Project assignment - simulation of printing a plastic part
12. Control test
13. Consultation of assigned projects and evaluation
14. Final evaluation of the semester