The learning of this discipline will complement the student to continue advancing in different disciplines such as 3d modeling, mechanical design, industrial or product design, and the world of 3d printing.

Advanced Surface Modeling will teach you how to use shell bodies to create solids by combining advanced shape modeling features in SOLIDWORKS.

- This course is aimed at all those people who already have basic training and wish to get started in surface modeling. - People interested in these topics.

In this course you will learn to perform model analysis and propose modeling through surface generation operations.

1. INTRODUCTION TO SURFACES.
Solids and surfaces. Extruded surface. Flat surface. Cut surface. Join surface. Stitching of surfaces.
Generation of the internal solid. Thickness. Break down solids into surfaces. Delete face. Parameterization. Faces and curves. Why use surfaces. When not to use surfaces. Hybrid modeling. Surface continuity. Workflow with surfaces. I work with images. Exercises. 

 2. MODELING WITH SURFACES.
Similarities between Solid and surface. Basic surface modeling. Surfaces of revolution. Swept. Cut surfaces. Radiate surface. Cut with surface. Exercises.
 
3. HYBRID SURFACE MODELING.
Hybrid modeling. Using surfaces to modify solids. Face replacement. Exchange between solids and surfaces. Performance considerations. Surfaces and constructive geometry. Phases in the process. Alternatives to splitting, cutting, thickening. Intersection of surfaces. Copies of faces. Surface offset. Exercises.

4. REPAIRS AND EDITING OF IMPORTED GEOMETRY.
What do I care about? Problems in imports. Repairs. Workflow. Erasing faces. Patching holes. Fill surface. Exercises.

5. ADVANCED MODELING WITH SURFACES.
Using sketch image to capture design intent. Ruled surfaces. Cover surfaces. Deviation and control of surfaces. Design changes. Dynamic editing. Instant3d with surface models. 
6. MIXTURES AND PATCHES.
Split surfaces. Accumulation of tolerances. Smoothing out patches. Bounding surface. Free form. Mesh orientation. Using the triad to model. Movement of control points. Corners. Splines on surface. Exercises.

7. MASTER MODELING.
Master models. Transmitting curve data. Naming bodies for parameterization of sets. Master's modeling technique. Propagation of changes. Separation of parts with parameters. Exercises.

Course

Online direct

Transfer of knowledge and support by the teacher for four weeks following the end of the last theoretical session.

The teaching center will provide the student with the necessary license to carry out the course.

Minimum software requirements:
• 3.3 GHz processor or later
• 16 Gb of RAM or higher
• Cards and certified controllers
• Solid state drives are recommended for optimal performance.
• It is advisable to have two monitors to carry out the course.

From 16 / 7 / 2024 to 25 / 7 / 2024

Tuesday Thursday

From 15: 00 to 19: 00

16 hours

Online direct

Open

Certificate of attendance issued by AIDIMME. Minimum attendance of 75% of the teaching hours.

€300 Non-associated company amount + 21% VAT. Associated company - 13%. Unemployed people, consult price *AIDIMME, as the organizing entity of FUNDAE, will be able to manage the subsidized part of the course at no additional cost.

INFORMATION AND PRE-REGISTRATIONS
AIDIMME - Training Department
961366070 Phone | Fax: 961366185 e-mail: rigual@aidimme.es | www.aidimme.es