|
| |
|
|
Modern CAD Systems in Power Engineering
Strnad, Karel ; Vorel, Pavel (referee) ; Kuchyňková, Hana (advisor)
This work is focused on the short summary of history CAD systems and there are described the news, which brings the new version of programme Autodesk Inventor compared to the previous one. Then, in five steps there is described the procedure of parametric modelling in the programme Autodesk Inventor, from the sketch to final 3D model, including the drawing documentation. The work put particular emphasis on the explanation the basic modelling functions and environment in the same programme. An important part of this work is also the short explanation of some concepts relating to parametric modelling and animation of the model created in programme Autodesk Inventor.
|
|
|
Digitizing of exhaust piping
Janečka, Karel ; Koutný, Daniel (referee) ; Paloušek, David (advisor)
This bachelor thesis deals with the possibilities and practical use of 3D scanning systems for engineering. The work includes the distribution of basic facilities for 3D digitizing, and their basic properties. The aim of this work is familiar with the procedure in reverse engineering, which is demonstrated on a specific example, the digitization of the exhaust pipe, using the 3D scanner Atos I and CAD system CATIA.
|
|
|
The utilization of 3D CAD systems in power electrical engineering
Sedláček, Petr ; Huzlík, Rostislav (referee) ; Kuchyňková, Hana (advisor)
This bachelor’s work focuses on the new modeling options, the creation of drawing documentation in the Autodesk Inventor Professional software and also on animation creation in Autodesk Inventor Studio as a follow-up to the semestral project called Parametric CAD Systems in Heavy Current Electrical Engineering. The aim of this work is to evaluate innovations in Autodesk Inventor 2009 Professional with regard to its previous editions. The second part deals with procedures used for creating drawing documentation including its practical implementation. The final part describes animation options and tools offered by the Inventor Studio software. The final animation was made by means of 1FJ4 synchronous generator model from Siemens Electric Machines s.r.o.
|
|
| |
|
|
Modern CAD Systems in Power Engineering
Strnad, Karel ; Vorel, Pavel (referee) ; Kuchyňková, Hana (advisor)
This work is focused on the short summary of history CAD systems and there are described the news, which brings the new version of programme Autodesk Inventor compared to the previous one. Then, in five steps there is described the procedure of parametric modelling in the programme Autodesk Inventor, from the sketch to final 3D model, including the drawing documentation. The work put particular emphasis on the explanation the basic modelling functions and environment in the same programme. An important part of this work is also the short explanation of some concepts relating to parametric modelling and animation of the model created in programme Autodesk Inventor.
|
|
|
The utilization of 3D CAD systems in power electrical engineering
Sedláček, Petr ; Huzlík, Rostislav (referee) ; Kuchyňková, Hana (advisor)
This bachelor’s work focuses on the new modeling options, the creation of drawing documentation in the Autodesk Inventor Professional software and also on animation creation in Autodesk Inventor Studio as a follow-up to the semestral project called Parametric CAD Systems in Heavy Current Electrical Engineering. The aim of this work is to evaluate innovations in Autodesk Inventor 2009 Professional with regard to its previous editions. The second part deals with procedures used for creating drawing documentation including its practical implementation. The final part describes animation options and tools offered by the Inventor Studio software. The final animation was made by means of 1FJ4 synchronous generator model from Siemens Electric Machines s.r.o.
|
|
|
Digitizing of exhaust piping
Janečka, Karel ; Koutný, Daniel (referee) ; Paloušek, David (advisor)
This bachelor thesis deals with the possibilities and practical use of 3D scanning systems for engineering. The work includes the distribution of basic facilities for 3D digitizing, and their basic properties. The aim of this work is familiar with the procedure in reverse engineering, which is demonstrated on a specific example, the digitization of the exhaust pipe, using the 3D scanner Atos I and CAD system CATIA.
|
guest ::
