Catia V5 Sheet Metal & Surface Design with ASME Standards

Name: Catia V5 Sheet Metal & Surface Design with ASME Standards
Rating: 4.0 (10 reviews)

Complete Industry Oriented Program on Sheet Metal and Surface Design Using Catia V5 R20

Created byGlobal Center For Online Learning

Last updated 11/2021

English

English [Auto],

What you'll learn

Catia V5
Sketching
Sheet Metal Design
Surface Design

Course content

2 sections • 33 lectures • 2h 54m total length

015:04
Explore Catia v5 sheet metal design for aerospace and automotive applications, defining sheet metal, understanding thickness and manufacturing methods, and creating 3d models with drafting options.
025:35
Set sheet metal parameters, including thickness and bend radius, and configure units to inches or millimeters; use round relief and organize tools in the working window for ready manufacturing.
035:29
Start with the base sheet metal, sketch a rectangle, convert to sheet metal, and apply bending operations with edge selection, bend radius, and a 90-degree angle.
045:37
Explore how to use the extrusion command to extrude sheet metal, add flanges and relief, and design hems to reduce stress concentrations in manufacturing.
053:07
Create a user-defined flange in CATIA V5 sheet metal by sketching a constrained profile perpendicular to a surface and tangent to edges, then apply it in the sheet metal workflow.
065:38
Master the bending operation in sheet metal design, including uniform and variable radii and left-right bend variations. Apply bends with land selection on a sheet with angles like 70 degrees.
077:01
Learn cutting and stamping in Catia V5 sheet metal design by creating profiles to remove material, applying circular cutouts and holes, and using relief.
087:26
learn how to model sheet metal parts in Catia V5, apply stamping and punching operations, manage edge conditions and thickness, and adjust profile and direction for accurate forming.
093:26
Catia V5 sheet metal and surface design with ASME standards, mastering stamping operations, flanges, stiffness, and rolling and ruling tools for solid modeling of sheet metal parts.
104:00
Explore rolling surfaces by creating planes with an offset distance, placing two points on the surface at a 0.5 ratio, and previewing canonical sheet metal surfaces with related commands.
114:50
Master Catia V5 sheet metal and surface design through sketches, planes, blends, and multi-section surfaces, using extrusion and face expansion to create ASME-compliant parts.
127:36
Create a Catia V5 sheet metal part by sketching a square base, applying bends, adding relief, and constructing flanges and holes with centered sketches and consistent dimensions.
135:56
Explore Catia V5 sheet metal design by creating lines and bends, applying coincidence constraints, forming flanges and relief features, setting exact dimensions, and previewing the final geometry.
146:07
remove sharp corners by applying an approximate radius of 20, select faces to define a 15 mm hole with center alignment, and use slide and centricity to create slots.
156:20
Create three slots and four lanes in Catia V5 sheet metal design, apply dimensions and measured gaps to define features, then trim extraneous lines and preview the result.

015:19
Learn to create surfaces and convert them to sheet metal, set thickness, and handle complex airplane-like shapes; explore extrude, free-form tools, and sheet metal design workflows.
025:20
Explore revolve to create circular profiles in Catia V5, selecting planes, setting angles to 180 or 360 degrees, and using points and coordinates to position cylinders and extend features.
035:16
This lecture demonstrates using the offset command to duplicate sheet metal surfaces, adjust offsets, and repeat objects, then uses planes, profiles, and the sweep command to create complex surfaces.
046:55
Create and manipulate multi-section surfaces in Catia V5 by selecting planes, building profiles, and applying cross sections to form aerofoil shapes with proper direction and previews.
055:49
Learn to create sheet metal and surface designs in Catia V5 using ASME standards, constructing surfaces from cross-sections, aligning lines, and adjusting trailing edges with joint commands.
064:26
Use the blend command to join different cross sections and create surfaces, adjusting the distance between planes to connect shapes.
075:21
Explore how operation tools modify sketches, join lines into a single sketch, and use split to remove sides of a surface in Catia V5 surface design.
086:00
Explore surface creation and manipulation in catia v5, using bonding, symmetry, and scaling commands, copying surfaces, rotating around a reference point, and sketch-based operations to modify intersections.
096:42
Learn how to use the extrapolate command to extend surfaces in Catia v5 sheet metal and surface design, linking mechanical design workflows to ship design modules.
105:05
Learn to create and wrap surface features in Catia v5 sheet metal and surface design, using offset, direction, and blend to fill, with two base-building methods.
116:04
Learn Catia V5 sheet metal and surface design per ASME standards, mastering joining services, defining reference and target surfaces, and applying surface deformation for automotive and space industry applications.
126:31
Learn to create planes and surfaces in Catia v5 sheet metal and surface design, use surface-to-surface deform and wrap techniques, adjust distances, and perform join and split operations.
132:32
Split and translate commands to join start and end points in Catia V5 sheet metal and surface design, using hiding, suppressing, and surface dropping for automotive and aerospace industries.
145:17
Explore surface design in catia v5, focusing on boring white surfaces for automotive body upgrades. Learn to create planes, sketches, and extrusions to convert these surfaces into sheet metal.
152:28
Apply Catia V5 sheet metal and surface design techniques to join surfaces, manage tension, and create automotive body features in line with ASME standards.
163:50
Explore creating a complex diabolo-shaped surface in CATIA V5 for sheet metal design, using planes, curved surfaces, fillets, and flange operations to craft advanced forms.
175:14
Master mating plans and flange creation in Catia V5 for sheet metal and surface design, routing electrical channels in automotive and aerospace applications.
182:50
Explore commands to create sharp corners in CATIA V5 sheet metal by constructing planes, extracting geometry, placing a reference point, and adjusting direction and dimensions on surface features.

Requirements

Basic Catia V5

Description

Course Has been created to provide the CAD knowledge in the Industrial Level, This course has been created exactly how the industry projects will be executed to produce Quality products to the Clients.

I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.

While Explaining the Sheet Metal and Surface Design Fabrication methods has been explained clearly and how a designer should adopt his design methods according to the Fabrication needs.

I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.

While Explaining the Sheet Metal and Surface Design Fabrication methods has been explained clearly and how a designer should adopt his design methods according to the Fabrication needs.

I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.

While Explaining the Sheet Metal and Surface Design Fabrication methods has been explained clearly and how a designer should adopt his design methods according to the Fabrication needs.

Course Curriculum

Sketching

About Catia
Catia Interface
Entering into Mechanical Design
Introduction to Sketcher Module
Entering into Sketcher Interface
Sketching Interface
Specification Tree
Mouse Controls
Profile Command
Rectangle and its types
Parallelogram
Elongated Hole
Cylindrical Elongated Hole
Key Hole Profile
Hexagon
Centered Rectangle
Centered Parallelogram
Circle and Types
Arcs and Types
Spline and Types
Conic Curves and Types
Line and Types
Point and Types
Corner
Chamfer
Trim
Break
Quick Trim
Close arc and Compliment
Mirror and Symmetry
Translate and Rotate
Scale and Offset
Dimensions and Types
Geometric Constrains
Animate Dimensions
Multi Dimension Edit
Sketching Practice

Sheet Metal Design

Introduction to Sheet Metal Design
Sheet Metal Parameters
Wall
Wall on Edge
Extrude
Flange
Hem
Tear Drop
User Flange
Cut Out
Hole
Round Slot
Bend
Flat
Bend from Flat
Emboss
Embossing types
Mirror
Pattern
Pattern Types
Canonical Hopper
Surface Hopper
Fillet
Chamfer
Flat

Surface Design

Introduction to Surfaces
Extrude
Revolve
Sphere
Cylinder
Offset
Sweep
Fill
Multi Section Surfaces
Blend
Join
Healing
Dissemble
Split
Trim
Boundary
Extract
Translate
Rotate
Symmetry
Scaling
Affinity
Extrapolate
Point
Line
Plane
Projection
Intersection
Curvature Analysis
Tracing

Who this course is for:

Mechanical Engineers
Aeronautical Engineers

Catia V5 Sheet Metal & Surface Design with ASME Standards

What you'll learn

Explore related topics

Course content

Sheet Metal Design15 lectures • 1hr 23min

Surface Design18 lectures • 1hr 31min

Requirements

Description

Who this course is for: