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Analysis of the surface after laser cutting
Narovec, David ; Sedlák, Josef (referee) ; Osička, Karel (advisor)
This diploma thesis discusses laser cutting and the consecutive surface treatment of cut parts. The theory of laser cutting is described in the first part of this thesis, including laser history and the laser emergence principle. Cut parameters and the influence of the laser cutting on the material are described later on. The next part describes the laser cutting technological possibilities and other laser technology utilization options are outlined. In the last theory part, metal surface treatment used in the experiment is covered. Coating thickness is evaluated in the practical part of this thesis, as well as roughness, microhardness, chemical microanalysis and metalography. The evaluation of the results achieved, and optimal surface treatment execution suggestions are addressed in the last part of this thesis.
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Project of the automatic line for the matal parts blakening
Mlýnek, Jan ; Král, Milan (referee) ; Bělohoubek, Pavel (advisor)
Diploma thesis is concerned on project design and technology solution of the automatic production line for the blackening of metal parts. This diploma thesis includes the study of corrosion and surface finishing, the design analysis of various lines, the construction design of the line details and chosen components and basic engineering calculations, economic evaluation etc. The diploma thesis includes 3D model of the production line and the chosen documentation drawings.
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Analysis of the surface after laser cutting
Narovec, David ; Sedlák, Josef (referee) ; Osička, Karel (advisor)
This diploma thesis discusses laser cutting and the consecutive surface treatment of cut parts. The theory of laser cutting is described in the first part of this thesis, including laser history and the laser emergence principle. Cut parameters and the influence of the laser cutting on the material are described later on. The next part describes the laser cutting technological possibilities and other laser technology utilization options are outlined. In the last theory part, metal surface treatment used in the experiment is covered. Coating thickness is evaluated in the practical part of this thesis, as well as roughness, microhardness, chemical microanalysis and metalography. The evaluation of the results achieved, and optimal surface treatment execution suggestions are addressed in the last part of this thesis.
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Project of the automatic line for the matal parts blakening
Mlýnek, Jan ; Král, Milan (referee) ; Bělohoubek, Pavel (advisor)
Diploma thesis is concerned on project design and technology solution of the automatic production line for the blackening of metal parts. This diploma thesis includes the study of corrosion and surface finishing, the design analysis of various lines, the construction design of the line details and chosen components and basic engineering calculations, economic evaluation etc. The diploma thesis includes 3D model of the production line and the chosen documentation drawings.
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