Tutorials

AutoCAD | Working with layout view

15 1 Intermediate
In this tutorial video, you can treat your layout as a sheet of paper upon which you can arrange the parts of your drawing systematically, as well as add annotations and other details before creating the final output.

Saving your Fusion 360 design in your local storage

11 0 Intermediate
Hi @https://grabcad.com/cyrhuz.sortijas.bocar-1, You've mentioned earlier that your license is about to expire. The good news is it will prompt you options of renewing your educational license. I figured that you asked about these because you're worried that your precious thesis file that you put in so much effort will be lost. Luckily all design files from f360 is saved in the cloud (internet connection required). So there's pretty much nothing to worry about. Anyhow, here's a quick tutorial on how to save your f360 design file on your local storage as a safety precaution.

AutoCAD Basics

3 1 Beginner
In these videos of AutoCAD Basics, I will teach you how to make and use; #2 text styles and dimension styles #3 leader styles and table styles #4 layers #5 border #6 logo #7 title block #8 template

AutoCAD Training Exercises for Beginners -3

2 0 Intermediate
AutoCAD Training Exercises for Beginners - 3. This is an AutoCAD drawing tutorial based on offset & trim commands. This tutorial shows how to create AutoCAD drawings using Line, Circle, Offset, Trim commands. In this video tutorial - drawing consisting of front view & the top view is created using object snap tracking.

AutoCAD Training Exercises for Beginners -2

1 0 Beginner
AutoCAD Training Exercises for Beginners - 1. This video contains AutoCAD drawing tutorials based on what we learn in the previous lectures. Topics covered in the video are: Crating first AutoCAD drawing. Solving the AutoCAD basic exercises. This tutorial shows how to create drawing in AutoCAD for beginners.

Measurement extraction

1 0 Beginner
Extracting the measurement's of an unknown model in Fusion 360 for reference and further implements

ANY ONE TELL ME ABOUT DRAWING IN CREO

1 0 Intermediate
"ANY ONE TELL ME ABOUT DRAWING IN CREO."

How to import 3D meshes with appearance properties in Fusion 360

1 0 Beginner
Case study regarding various models imported with visual appearances in Fusion 360

Define fits in Creo Parametric

1 0 Beginner
How to bring tolerance table of fits into model

Introduction to Drawings in Fusion 360 — Getting Started Basics & Training Exercise for Beginners

0 0 Beginner
Introduction to Drawings in Fusion 360 — Getting Started Basics & Training Exercise for Beginners

How to change lineweight in AutoCAD?

0 0 Beginner
A quick tip about changing lineweight in AutoCAD.

Intro to Drawings - Fusion 360 Part 2: Dimensional Tolerances, Threads & Alternate Dimensions How To

0 0 Beginner
Intro to Drawings - Fusion 360 Part 2: Dimensional Tolerances, Threads & Alternate Dimensions How To

Creo Parametric. Адаптивная пружина сжатия (Часть 1). Flexible Compression Spring.

0 0 Intermediate
Это видео, а также вторую часть, заключительную, смотрите на моем канале YouTube^ https://www.youtube.com/channel/UC9fDxJ-FN2hPADXeyca7dyg Адаптивная пружина позволяет использовать ее в качестве гибкого компонента в сборке, что дает возможность добавлять компонент в сборку много раз с разными размерами в зависимости от места установки. Создание адаптивной пружины на растяжение можно посмотреть на этом же канале: https://www.youtube.com/watch?v=6MqKQuqpMF8&t=1s An adaptive spring allows it to be used as a flexible component in an assembly, which makes it possible to add a component to an assembly many times with different sizes depending on the installation location. Программа использованная в уроке: Creo Parametric опора=(угол_опоры/360)*диа_проволоки межосевое_расстояние=высота+2*опора-диа_проволоки Перемещение=межосевое_расстояние/(кол_витков-1)-диа_проволоки расстояние_р3_р4= межосевое_расстояние -2*диа_проволоки-2*Перемещение A=кол_витков-2 /*количество активных витков B=A*диа_проволоки-4*Перемещение-расстояние_р3_р4 C= -расстояние_р3_р4*диа_проволоки PICH=(-B+sqrt(B^2-4*A*C))/(2*A) расстояние_1=диа_проволоки расстояние_2=диа_проволоки+Перемещение расстояние_3=межосевое_расстояние-диа_проволоки-Перемещение расстояние_4=межосевое_расстояние-диа_проволоки pp_1=диа_проволоки pp_2=диа_проволоки pp_3=PICH pp_4=PICH pp_5=диа_проволоки pp_6=диа_проволоки Видео является переработанной и адаптированной для пользователей моего канала версией цикла "Creo Flexible Compression Spring" англоязычного автора канала: https://www.youtube.com/channel/UCmx0...