Fusion 360 beginner's Exercise #1 - Fusion 360 tutorial

Summary

This video tutorial demonstrates how to create a 3D 90-degree elbow joint for pipelines using Fusion 360, focusing on enhancing design skills. The presenter walks through steps to design the elbow joint, including drawing arcs, lines, and setting pipe thickness and dimensions, followed by creating extrusions and holes for accuracy. It also covers adding finishing touches like fillets and appearances. The video is targeted at beginners to Fusion 360 and encourages viewers to subscribe and support the channel via PayPal.

Takeaways

• 🔧 The video tutorial focuses on creating a 3D 90-degree elbow used to join pipelines in Fusion 360.
• 🎯 This tutorial is aimed at improving viewers' design skills in Fusion 360, specifically for creating 3D models.
• 🚀 Beginners to Fusion 360 are encouraged to subscribe to the channel for more tutorials.
• 💡 The 90-degree elbow is constructed by starting with a center circle and creating an arc with a radius of 200 mm and a diameter of 400 mm.
• ✂️ Excess parts of the circle are trimmed to shape the arc, followed by drawing horizontal and vertical lines to complete the form.
• 🔩 The pipe's hollow section is created by specifying dimensions such as an outer diameter of 100 mm and an inner diameter of 75 mm.
• 📏 The extruded part has a diameter of 150 mm and is extruded by 20 mm on both sides of the elbow.
• 🌀 Circular patterns are used to create holes in the design, with a diameter of 10 mm for each hole and positioned 65 mm from the center.
• 🎨 The video also covers adding appearance options like polished copper to enhance the look of the final model.
• 📢 The creator encourages viewers to like, comment, share, and support the channel financially via PayPal.

Q & A

What is the main focus of the video tutorial?

The main focus of the video tutorial is to guide viewers on how to create a 3D 90-degree elbow joint for pipelines using Fusion 360 software.

What is the purpose of the 3D 90-degree elbow shown in the video?

The 3D 90-degree elbow is used to join pipelines that meet at a 90-degree angle.

What are the assumed dimensions for the pipe in the tutorial?

The assumed dimensions for the pipe are 100mm for the thickness and 200mm for the radius of the arc at which the pipe bends.

How does the tutorial instruct to create the arc for the elbow joint?

The tutorial instructs to create the arc by drawing a circle with a diameter of 400mm, then using the trim command to create the desired arc with a radius of 200mm.

What are the steps to ensure the lines are tangent to the arc in Fusion 360?

The tutorial demonstrates using the 'tangent' option in Fusion 360 to ensure the lines are tangent to the circle after drawing the horizontal and vertical lines for the elbow joint.

How is the pipe section created in the tutorial?

The pipe section is created by using the 'Pipe' command in Fusion 360, selecting the path, and specifying the section size and thickness.

What is the outer diameter and thickness of the pipe used in the tutorial?

The outer diameter of the pipe is 100mm, and the thickness is 12.5mm, which is calculated by dividing the difference between the outer diameter and the inner diameter by 2.

How are the extruded parts created after the pipe section in the tutorial?

The extruded parts are created by drawing circles with a diameter of 150mm and using the 'Extrude' command to extrude them to 220mm.

What is the process to create the holes in the elbow joint as described in the tutorial?

The holes are created by drawing a circle with a diameter of 10mm, setting the distance from the center to 65mm, and then using the 'Extrude' command to create the holes. A 'Circular Pattern' feature is then used to create 6 holes around the circle.

How does the tutorial modify the fillet radius of the elbow joint?

The tutorial modifies the fillet radius by using the 'Fillet' command, selecting the edge of the elbow joint, and specifying a radius of 5mm.

What is the final step to enhance the appearance of the 3D model in the tutorial?

The final step to enhance the appearance of the 3D model is to apply a 'Copper' or 'Bronze' appearance to give the pipe a polished look.

Outlines

00:00

🎥 Introduction to 3D Elbow Design in Fusion 360

This paragraph introduces the video tutorial, which focuses on creating a 3D model of a 90-degree elbow used for joining pipelines in Fusion 360. The speaker encourages viewers to subscribe to the channel and support via PayPal. The tutorial aims to improve the viewer's Fusion 360 skills, especially for beginners. The elbow design features a pipe bend with a 200 mm radius and a diameter of 400 mm.

05:02

🛠 Creating the Arc and Initial Geometry

The tutorial begins with creating the arc for the elbow. The speaker explains how to draw a circle with a diameter of 400 mm and trim unnecessary parts to form an arc with a 200 mm radius. They then proceed to add horizontal and vertical lines to complete the geometry, ensuring the lines are tangent to the circular arc. This step focuses on constructing the basic structure of the pipe.

10:03

🔧 Defining the Pipe and Hollow Section

The speaker moves on to generating the pipe using the 'Create' command in Fusion 360. They set the pipe’s diameter to 100 mm and make it hollow by specifying a wall thickness of 12.5 mm. The explanation also covers the steps required to visualize the hollow section and discusses the difference between the outer and inner diameters of the pipe.

📏 Extruding Additional Features

In this section, the speaker demonstrates how to extrude additional parts of the elbow, including creating and extruding circular features with a diameter of 150 mm. This step is repeated on both sides of the pipe, and the work progresses to 90% completion. Key details such as measurements and using the extrude function are covered.

🔩 Creating Holes and Circular Pattern

The next step involves creating holes in the pipe, each with a diameter of 10 mm and placed 65 mm from the center. The speaker uses the 'Circular Pattern' tool to replicate the holes around the pipe's circumference. They explain how to select the appropriate axis for the pattern and ensure that the correct number of holes is placed (six in total).

🔄 Finalizing the Design with Fillets and Appearance

The final steps involve adding fillets to the edges of the coupling between the pipe and the elbow, setting the radius to 5 mm. The speaker also demonstrates how to apply material appearances, such as copper, to enhance the visual appeal of the model. At this point, the 3D model is complete.

👍 Wrapping Up and Request for Support

The video concludes with the speaker encouraging viewers to comment, share, and subscribe to the channel. They also request financial support through PayPal for international viewers. The speaker thanks the audience for their continued support.

Keywords

💡Fusion 360

Fusion 360 is a 3D CAD, CAM, and CAE tool developed by Autodesk. In the context of this video, it is the software being used to model a 90-degree pipe elbow. The tutorial focuses on improving the viewer's skills in Fusion 360 by guiding them through the design process of a specific pipe joint used in industrial applications.

💡90-degree elbow

A 90-degree elbow is a pipe fitting used to connect two pipes at a right angle. In the video, this component is modeled in Fusion 360, showing how to create the shape and dimensions of the elbow. It is essential in plumbing and industrial piping systems, and the tutorial focuses on creating a 3D model of this elbow.

💡Pipe

A pipe refers to a hollow cylindrical structure used for conveying fluids. In the video, the instructor models a pipe in Fusion 360, starting with its dimensions and shape. The pipe's diameter and thickness are crucial details in the modeling process, which are illustrated step-by-step.

💡Arc

An arc is a curved line or segment of a circle. In the video, an arc is created with a radius of 200 mm to form part of the 90-degree elbow. The instructor uses the arc to shape the bend of the pipe, which is a fundamental step in the design process.

💡Trim command

The trim command is a feature in Fusion 360 that removes excess lines or shapes. The video demonstrates using the trim command to clean up unnecessary parts of the arc and other design elements. This tool is essential in refining and finalizing the pipe's shape.

💡Extrude

Extruding is a process in CAD software where a 2D shape is extended to create a 3D object. The video shows the use of the extrude command to give depth to parts of the pipe, such as the cylindrical extruded section with a 150 mm diameter. This is a key step in creating the 3D pipe model.

💡Hollow pipe

A hollow pipe refers to a pipe with a space inside, which is created by defining both outer and inner diameters. In the tutorial, the instructor makes the pipe hollow by subtracting the inner diameter (75 mm) from the outer diameter (100 mm), demonstrating the pipe's structural properties.

💡Fillet

A fillet is a rounded edge or corner on a 3D model. In the video, the instructor applies a 5 mm fillet to smoothen the edges of the coupling on the pipe. This tool is often used to reduce sharpness and improve the aesthetic or structural integrity of a model.

💡Circular pattern

A circular pattern is a feature in Fusion 360 that replicates objects around a central axis in a circular arrangement. In this video, the circular pattern tool is used to replicate six holes evenly around the circumference of the pipe. This process automates repetitive tasks and ensures precision in design.

💡Dimensions

Dimensions refer to the measurements that define the size and shape of an object. In the video, dimensions such as the pipe's diameter (100 mm), arc radius (200 mm), and hole positions (65 mm from the center) are critical to accurately modeling the 90-degree elbow. Correct dimensions are essential for creating a functional and accurate 3D model.

Highlights

Introduction to creating a 3D 90-degree elbow used in pipelines using Fusion 360.

Emphasis on improving fitness skills with Fusion 360 for beginners.

Explanation of creating a circle with a diameter of 400 mm for the elbow's arc.

Use of the trim command to refine the arc of the elbow after creating lines.

Clarification on making the horizontal and vertical tangent lines for accuracy.

Demonstration of using the 'Create Pipe' command to generate the pipe from the arc.

Specification of section size for the pipe being 100 mm and making it hollow.

Explanation of calculating pipe thickness based on the difference between outer and inner diameters.

Extruding 150 mm diameter parts to extend the pipe, repeating for both ends.

Creating holes with a diameter of 10 mm and positioning them 65 mm from the center.

Using the 'Circular Pattern' command to replicate the holes symmetrically around the pipe.

Application of fillets with a 5 mm radius to smooth out the edges of the pipe.

Finalizing the 3D model by applying copper appearance for a polished, professional look.

Encouragement to like, share, and subscribe for more tutorials.

Support request via PayPal to help the channel financially, especially for international viewers.

Transcripts

[Music]

hey guys and welcome to another video of

spark love so in this video tutorial we

are going so they do business exercise

so this is the picture of which we are

going to make so it's a 3d 90-degree

elbow which is used to join pipe lines

meeting at 90 degree so this video will

focus on improving your fitness skill in

fusion 360 so if you are the new to

fusion 360 and watching this video don't

forget to click on the subscribe button

and if you want to support my channel

then there is the PayPal link you can

view that link and support our channel

so let's just start a bit up with you

anytime so what we have seen what we are

saying here here is sub 5 which is been

at retail and at 90 degree and the

thickness of the pipe is here it's in

the side view this is the front view

this is a side view and the thickness of

the pipe is less they can see it's

hundred and we are assuming all

dimensions to be hundred mm so it's 200

mm and the the radius of the arc at

which the five bends is around 200

radius 200 mm radius D K so let's just

start it by making this arc first and we

can see the other details so for that

click on the center circle choose any

thing you want and draw a circle of we

can see that the circle view is to draw

this arc is about the radius of 200 m

index when the diameter is 400 mm so

make a circle of diameter 400 in them

and draw a line from the center point to

this point and another line from this

point to this point

now let's T to enable the trim command

and trim the excess part this and this

now we have an arc like this of radius

200 mm now we can see the arc length

starts from here to here and there is a

vertical line a horizontal line up to pl

on this side and a vertical line of 50m

on this side so this make these two line

click on the line come on draw a

horizontal line of 50 mm this side and

of the PMM so we have a you can check to

the whether they are tangent or not if

they are not tendon you can just make

them tangent from this option but you

can see there is option for tangent bite

that means they both are tangent to the

circle circular R so now we have to make

the pipe this is the section of the mid

section support active we know that the

diameter of the pile you entered in them

so for that just go to the create

command click on pipe come on and select

the path if you last about the parcel is

the path make the dense distance as one

at is it will act in hundred person

distance the section size is hindered mm

although and you can click on the follow

to make the pipe hollow yeah

just click on the hollow and it will ask

you about the section thickness between

which means that it will ask you about

the thickness of the section that

signals the difference between the outer

diameter and the inner diameter what

that be we have to see this picture so

really saying it is the diameter of the

hole is around 75 mm and the diameter of

the pipe is this pipe we are talking

about this pipe you are not talking

about this X to date steps so the

difference between the this hundred mm

diameter pipe and the unlimited diameter

hole is around 25 so that means if you

divide 25 2 to 2 parts that means this

thickness the thickness between the this

dotted line and this line is around 25

divided by 2 that means 12

five mm so we can do 25 of Li - and we

can just recall new component and recipe

so you can see that the follow of the

pipe is our the main section of the

fight has been created now we have to

create this extruded part the part after

we can see that the diameter of this to

the part is 150 mm and it has been

extruded to 220 mm sorry so just click

on create a sketch select this

particular plane let's see to enable the

center circuit come on and draw a circle

of 150 mm now you're gonna extrude

select this and the in L and make a

extrude of 20 mm with this 20 click on

join and press ok now do the same on

this side also click click on this or

you can just make the created stitch and

select this space econ's let's see to

enable the center circle and make the

diameter as 150 and you can place eetu

extrude the shortcut for ecomod extrude

command select both of these circles

make a school of 24 join and press ok

now we have turned a 90 percent of the

work now that I'll testing is about the

circle so we can see that the diameter

of the circle is 10 mm and there are 6 4

so extrude in 10 into 6 holes and the

distance of the hole from the centre is

not given so we have assumed it power of

65 mm from the center so to do that just

click on this and create a sketch let's

see command to enable circle put your

point there just don't get put your coin

pointer on the center and slow

we move towards the right side making

thus on a straight line and anywhere

draw a circle of ten to family now after

that

now after nap the princess this

dimension command or D select the

midpoint of this circle and this

midpoint of this circle and make this

distance as 65 mm now once done it

connects stood command press on this

circle you are just created and extruder

it towards the back so that it creates a

pole in this coven

so once the hole is created you can go

back to create if on happen and take on

circular pattern now we have just make

sure you have a pattern type as selected

as features so the lock icon as we lost

you all the object the easiest one is to

select the last feature at the last

stood cut we have done to select the

last route you can see now the whole it

has been already selected and click on

the axis we want to revolve around this

axis so you can choose any X in any

circular exit so I am choosing this and

the quantity will be six and on showing

the quantity right click on this could

edit feature the quantity will is six

and press ok now just repeat the same

process for this also

we just gossip along here tenorman heat

blisters from here to here as sixty five

and fifty people stood at this exterior

steal the whole and now we p8 go to

pattern go to circular pattern again

repeat the same instigate the last

object that we have done and this X this

quantity will be 6 now 99% things have

been then the only thing is turn that we

can see that this is this is mod the

small village which we doing of this

coupling and the pipe mean pipe and the

radius of the that coupling is given

here the it's the radius is 5 so what we

are gonna do go to modify go to fill it

or you can just press F for the shortcut

of the fill it move the camera by

pressing shifting or mouse wheel or any

other sitting active of their works on

just skip on this edge and rotate the

camera and take on this edge now you can

change the diameter of the fillit or the

radius of the affiliate by sliding this

arrow or you can just give it a radius

of 5 mm and press ok now you can see

above is completed of drawing 3d model

of this drawing is completed you can add

appearance by going to appearance you

can add copper appear after it one the

pipe in a of copper it looks quite good

but let's see what we have got here so

let's go to metal click on bronze or

copper over polished and make sure it's

so here it is hope you guys will like

the video please comment any queries and

don't forget to share and subscribe my

channel and if you guys really love us

please support financially through the

PayPal link for our international

viewers am the phone failing forever in

their newest thank you guys keep

supporting

[Music]