Create a Rowboat Mechanism Using Siemens Solid Edge

Create a Rowboat Mechanism Using Siemens Solid Edge, available at Free, has an average rating of 4.45, with 38 lectures, based on 301 reviews, and has 9440 subscribers.

You will learn about At the end of my course students will have created all the parts used in the rowboat mechanism, created the assembly and added motion. This course is ideal for individuals who are Students with an interest in Mechanical Design. Only students with a good understanding of Solid Edge should take this class. If you are new to 3D and Solid Edge take my introductory classes first. It is particularly useful for Students with an interest in Mechanical Design. Only students with a good understanding of Solid Edge should take this class. If you are new to 3D and Solid Edge take my introductory classes first.

Enroll now: Create a Rowboat Mechanism Using Siemens Solid Edge

Summary

Title: Create a Rowboat Mechanism Using Siemens Solid Edge

Price: Free

Average Rating: 4.45

Number of Lectures: 38

Number of Published Lectures: 38

Number of Curriculum Items: 38

Number of Published Curriculum Objects: 38

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

At the end of my course students will have created all the parts used in the rowboat mechanism, created the assembly and added motion.

Who Should Attend

Students with an interest in Mechanical Design. Only students with a good understanding of Solid Edge should take this class. If you are new to 3D and Solid Edge take my introductory classes first.

Target Audiences

Students with an interest in Mechanical Design. Only students with a good understanding of Solid Edge should take this class. If you are new to 3D and Solid Edge take my introductory classes first.

This course is for student interested in mechanisms, mechanical design and 3D Printing. You will create all the 3D parts that make up the rowboat and assemble these parts together into a working prototype. You will learn how to analyze and resolve issues that always come up during the design process such as motion and interference. Mechanism design is all about “give and take” and you will experiment with a variety of alternate design solution. We will use the Siemens Solid Edge 3D CAD software. This download is free to all students and is similar to Solidworks, Blender and Autodesk Inventor.�

Course Curriculum

Chapter 1: Introduction , Course Goals and Objective

Lecture 1: Overview and Introduction

Chapter 2: Getting Started with the Correct Approach

Lecture 1: 001 – Where to Start?

Chapter 3: Creating the Individual 3D Parts for the Rowboat Mechanism

Lecture 1: 01 – FrameBase – Creating the 3D Model from the Drawing

Lecture 2: 02 – Connecting Rod – Create the following 3D Model

Lecture 3: 03 – Slider

Lecture 4: 04 – Crank

Lecture 5: 05 – Leg

Lecture 6: 06 – Thigh

Chapter 4: Assembling the Mechanism Together – Open Solid Edge Assembly

Lecture 1: 01 – FrameBase – this is the first part to drag into your new assembly

Lecture 2: 02 – Crank – Mate and Align the Crank to the FrameBase

Lecture 3: 03 – Slider

Lecture 4: 04 – ConnectingRod

Lecture 5: 05 – Motion Check by Dragging the Crank

Lecture 6: 06 – Checking Interference

Lecture 7: 07 – Thigh – Add and Constrain to the Assembly

Lecture 8: 08 – Leg

Lecture 9: 09 – Motion – Add Motor and Test

Lecture 10: 10 – Add in te Second Thigh

Lecture 11: 11 – Add in the Second Leg

Lecture 12: Creating the 3D CAD Model for the Body

Lecture 13: Creating the Arms

Lecture 14: 13 – Adding in the Body

Lecture 15: 14 – Extended Slider

Lecture 16: 15 – Assembling the Body to the Mechanism

Lecture 17: 16 – Assembling the Arms to the Mechanism

Lecture 18: 17 – Checking the Motion to Insure Everything Moves Correctly

Lecture 19: 18 – Design Modifications – Shortening the Legs

Lecture 20: 19 – Fixing the Interference Problems

Lecture 21: Fixing Interference and Improving the Leg Design

Lecture 22: 20 – Form – Fit – Function – ConnectingRod

Lecture 23: 21 – Improving the Crank Design

Lecture 24: 22 – Replacing the Legs

Lecture 25: 23 – Designing the Boat – Designing in the Context of an Assembly

Lecture 26: Oars – Creating the 3D Model

Lecture 27: Oar Holder

Lecture 28: 24 – Adding the Oars

Lecture 29: 25 – Improving the Design – Assembling without Screws

Chapter 5: 3D Printing the Rowboat

Lecture 1: 3D Printing the Rowboat

Instructors

John Devitry
Mechanical Engineering and 3D Design

Rating Distribution

1 stars: 5 votes
2 stars: 4 votes
3 stars: 35 votes
4 stars: 108 votes
5 stars: 149 votes

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