Content of lectures by weeks 1. Basic acquaintance with the E3D program, its modules and use; Introduction of the Model module, general settings, applications. 2. - 3. Detailed introduction and practice of the EQUIPMENT application used to create device models. 4. - 5. Detailed introduction of the PIPEWORK application used for detailed modeling of pipelines. 6. - 7. Detailed introduction of the STRUCTURES application used for modeling steel structures. 8. Inputs and influences for the design of the layout solution: Process parameters, pipe classes, layout options, boundary conditions. 9. Introduction to the "laser scanning" application for work in existing operations. 10. Pipeline inspection, introduction of the ISODRAFT module. 11. Introduction of the DRAW module. 12. Summary and recommendations, Final test project assignment and explication of the task. 13. Test project support. Content of exercises by weeks 1. Basic acquaintance with the E3D program, its modules and use; Introduction of the Model module, general settings, applications. 2. - 3. Detailed practice of the EQUIPMENT application, creation of equipment (vessels, pumps, exchangers) in the model. 4. - 5. Detailed practice of the PIPING application, creation of piping between devices. 6. - 7. Detailed practice of the STRUCTURE application, creation of floors, steel structures around the equipment. 8. Piping design according to the process diagram, pipe classes, layout design. 9. Detailed practice of the the laser scan data application. 10. Pipe checking, isometry creation, 3D model export to the freeware 3D viewer NavisWorks. 11. Creation of documentation using the DRAW module. 12. - 13. Elaboration of the final project.
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