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ADVANCED MULTIBODY MODELING WITH SOLIDWORKS

Services

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.


Introduction

Solidworks is 3D CAD (Computer Aided Design) design software for modeling 3D parts and assemblies and 2D drawings. The software that offers a range of solutions to cover the aspects involved in the product development process. Its products offer the ability to create, design, simulate, manufacture, publish and manage the data of the design process.

 

Addressed to

-Professionals who already have basic training and wish to start in advanced surface modeling using the multibody capabilities in Solidworks. -People interested in these issues.

Objectives

Train in the use of Solidworks mechanical design software to build parametric models of parts and assemblies, as well as in the method for making simple drawings of said parts and assemblies.

Contents

LESSON 1. MULTIBODY SOLIDS.

• Multibody technique.
• Scope of operations.
• Solid body arrays.
• Body tool.
• External references.
• Move/Copy/Merge.
• Training.

LESSON 2. USE OF MULTIBODY SOLIDS.

• Common bodies.
• Indentation tool.
• Delete solids.
• Insert into a new part.
• Save Solids.
• Create assembly.
• Modeling strategies.
• Training. 

LESSON 3. SKETCHING WITH SPLINES.

• Splines.
• Anatomy of the spline.
• Minimum radius of curvature.
• Training.

LESSON 4. INTRODUCTION TO COATINGS.

• Coatings.
• Coatings with guide curves.
• Intermediate sections.
• Training.

LESSON 5. WORK WITH CURVES.

• Coat along a path.
• 3d sketch.
• Projected curve. Helix and spiral.
• Composite curve.Transitions.
• Training.

LESSON 6. ADVANCED COATING.

• Orientation and rotation control.
• Aligned with faces.
• Loft along edges.
• Training.

LESSON 7. LIMITING SURFACES AND SWEEPING.

• Fill or sweep.
• Copying of sketches.
• Derivatives of sketches.
• Fill in two directions.
• Fill from center.
• Cleaning of the model.
• Training.

LESSON 8. OTHER ADVANCED TOOLS.

• Advanced rounding.
• Geometry analysis.
• Curvature.
• Intersection curves.
• Zebra stripes.
• To wrap. Deformations.
• Delete faces.
• Performance.
• Training.

Type

Course

Mode of delivery

Online direct

Methodology

Knowledge transfer and practical exercises.

Each of the operations and characteristics that describe the processes and procedures to follow to complete a certain task will be explained. Practical cases will be used to exemplify the processes. And the commands and menus necessary to perform a design task will be learned.

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.

Calendar

DateStart TimeEnd time
4/12/202309:0013:00
11/12/202309:0013:00
13/12/202309:0013:00

Duration

12 hours

Site

Online direct

Registration

Open

Certification

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

Cost

€420 - 13% Associated company advantage / 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.

Teachers

SERGIO BIOT FONS
 
Sergio Biot Fons is an expert in the engineering and product development sector. He has more than 25 years of experience participating in industrial product development teams in various leading companies in the industrial sector, manufacturing components for the automotive sector, railways, custom industrial facilities, consumer products and the retail sector.

   

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