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Sheetmetal & Weldment Modeling


Learning - 3 Sections - 84 Lectures

Certifications, Online portfolio development

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Course Syllabus

Sheetmetal & Weldment Modeling

Sheetmetal & Weldment Modeling

Sheetmetal modeling

what is sheetmetal?

Types of cutting machine

Types of bending machine

Types of steel sheet

Sheetmetal from design to manufacturing

Difference of K-Factor, Bend allowance & Bend deduction

What is K-Factor

What is bend allowance

What is bend deduction

Practical relation of sheet metal

Objective & Practice Drawings

Base Flange + Edge Flange

Detail about Edge Flange

Edge Flange options

Miter Flange

Miter Flange – Relief

Brief of Hem

Brief of Jog

Objective & Practice Drawings

Sketched Bend

Cross-Break

Sheetmetal modelling

Swept Flange

Corner: Break Corner

Corner: Break Corner – 02

Objective

Welded corner

Closed Corner

Corner Relief: Two bend corners

Corner Relief: Three bend corners

Objective & Practice Drawings

Sheetmetal Gusset

Extruded cut & simple hole

Brief of Vent

Forming tool

Objective

Lofted Bend – bent

Lofted Bend – Formed

Convert to sheet metal option

Converting sheet metal options

Converting sheet metal option – 03

About Fold & unfold option

Objectives & Practice Drawings

Sheetmetal Examples – 01

Sheetmetal Examples – 02

Sheetmetal Examples – 03

Sheetmetal Examples – 04

Weldment modelling

What is Weldment?

Different techniques for creating weldments

Extraction of weldment external model

Objectives

Structural member: Locate profiles

Trim Extend: corner type 01

Trim Extend: corner type 02

Subjectives

End Cap

Weldment Gusset

Weld Bead

Brief of weld bead

Objectives & Practice Drawings

Weldment Examples

Weldment - Examples – 01

 Weldment - Examples – 02

Weldment - Examples – 03

What You Get

Get Indepth Knowledge from tutorials

Complex examples

Certification

Hands-on-projects

Objectives & Assignments

Frequently asked questions

Here are some common questions about our company.

solidworks is primarily used in the manufacturing industry to develop product design, component design, and sheet metal because they are the types of modelling that have the greatest practical applications.

Solidworks is used in many different industries, including as engineering, manufacturing, and product design.

 Mastering Solidworks will improve job opportunities and also allow you to create products quickly.

 Every designer's primary tool is their ability to solve problems. Thanks to its intuitive interface, we can quickly identify and apply the tool's solutions.

Yes absolutely, because

 SOLIDWORKS - 3D design tools will continue to be in high demand as the world grows more digitally driven and manufacturing processes get more intricate.

 For professionals in a variety of industries, knowing how to utilise SOLIDWORKS, a 3D CAD program that is still extensively used and recognised, is an invaluable ability.

Yes, you can learn with no design experience

 It is essentially a user friendly software, which means we can adapt to it more quickly becasue the tools and its options are explained clearly.

 You will quickly learn how to use each tool and where to place it after learning how to use it with an example.

If you don't have enough cash to buy our course, you can pay in two installments.