Inhalt: Fusion 360 offers traditional 3D modeling tools in a flexible environment that's ideally suited to anyone interested in furniture design. This course will show how to use the fundamental tools in Fusion 360 to design 3D components using sketching and leveraging primitive solids, and joining them into an assembly of a complete flat-stack furniture design. Once modeled, the design can be rendered and used to develop detailed drawings and output data that can be sent to a routing table to create the real furniture. Umfang: 00:44:46.00
Inhalt: Learn the basics of conducting stress analysis tests of parts and assemblies with Inventor, and uncover the weak points of your designs. Author Thom Tremblay shows how to access the simulation tools, assign materials, define constraints, generate a mesh, and run your analysis. He also breaks down the particulars of analyzing parts and assemblies, such as adjusting constraint types and contact options. The course will not show how and why you perform stress analysis, but will provide a fundamental grasp of Inventor's toolset. Umfang: 00:25:53.00
Inhalt: Designing routed systems-including wire harnesses-has never been easier than with Autodesk Inventor. Inventor's rules-based routing tools select the appropriate connectors, allowing you to easily change to a different style. Join Thom Tremblay as he shows how to use automated and manual routes to add wires to your harness assemblies. Learn how to change harness settings, build electrical connections, import data from AutoCAD Electrical, add harness segments, and route wires. Plus, learn how to generate a harness report and create a nailboard drawing. Umfang: 00:24:15.00
Inhalt: Designing routed elements-including piping-has never been easier than with Autodesk Inventor. Inventor's rules-based routing tools select the appropriate fittings, and allow you to easily change to a different style. Inventor will repopulate the pipe run with the new fittings while adhering to any new design rules. Join Thom Tremblay as he shows how to use automated and manual routes to create piping systems through your assemblies. Learn how to edit members of a run; change pipe styles based on material, diameter, length, radius, and more; duplicate routes; and document your designs in detailed 2D drawings. Umfang: 00:25:23.00
Inhalt: Designing routed elements-including tubing and flexible hose-has never been easier than with Autodesk Inventor. Inventor's rules-based routing tools select the appropriate fittings, allowing you to easily change to a different style of fittings. Inventor will repopulate the run with the new fittings while adhering to any new design rules. Join Thom Tremblay as he shows how to use automated and manual routes to create tubing systems through your assemblies. Learn how to edit members of a run; change tube and pipe styles based on material, diameter, length, radius, and more; duplicate routes; and route hoses. Plus, learn how to document your design and output different formats for manufacturing. Umfang: 00:34:41.00
Inhalt: Inventor-the mechanical design and 3D CAD software from Autodesk-boasts an array of powerful design and engineering tools. In this course, learn about a particular group of tools in Inventor that make it easier to find and include standard components in your designs. Thom Tremblay starts by showing how to access the Design Accelerator tools-which have actually been built into Inventor for years. He explains how to replace the often tedious process of adding bolted connections, metal frames, and gears to a design with a smarter and simpler process. In addition, he discusses how to use the range of motion and loads of an assembly to generate a spring. Umfang: 00:53:19.00
Inhalt: Autodesk Fusion 360 software is a cloud-based design tool for product development that offers industrial and mechanical design, simulation, collaboration, and CAM in one easy-to-use package. By becoming an Autodesk Fusion 360 Certified User, you can demonstrate your mastery of the powerful Fusion 360 integrated toolset to potential employers-and, in turn, distinguish yourself in a competitive job market. In this course, join Thom Tremblay as he helps you prepare for the Autodesk Fusion 360 Certified User exam by covering key topics. After discussing the value of this certification and sharing helpful tips for taking the exam, he goes over crucial topics-including collaboration, sketching, part modeling, and drawing-providing opportunities for trying out tools you might not normally work with. Umfang: 00:55:32.00
Inhalt: Interested in finding a job using CAD or advancing your current career? Nothing says "I'm an expert" like Autodesk certification. Passing the Autodesk Inventor Certified Professional exam proves you know the program inside and out, and it shows employers and clients that you are an accomplished technical professional. Study to become an official Inventor pro with this prep course from Autodesk Inventor Certified Professional Thom Tremblay. He reviews the objectives covered by the 35-question exam, including sketching, part modeling, advanced modeling, sheet metal, assembly modeling, and weldments. Plus, learn how to work with project and presentation files, and edit draw views and styles. Brush up on just the topics you need to refresh your skills, or take the entire course to prepare for each of the exam objectives. Once you're finished, you can feel confident taking the Autodesk Inventor Certified Professional exam. Umfang: 01:32:39.00
Inhalt: If you're designing metal parts, you'll need to do things differently than you would for other materials and processes. This course shows how to use Autodesk Fusion 360-the affordable cloud-powered CAD and CAM tool that works like more expensive, industry-focused tools-to build effective designs specifically for subtractive manufacturing in metal. Thom Tremblay shows how to build solid designs, simulate how the model will hold up to the stress of production and use, render the design for presentation, and finalize it for manufacturing. The workflows showcased in this course are tailored to help the nonprofessional CAD user, and the maker, to be more effective and quickly have access to the tools that a few years ago were only available to the few and at an astronomical price. Umfang: 01:29:53.00
Inhalt: If you're designing metal components using subtractive technologies, you'll need to do things differently than you would for other materials and processes, such as injection molding or additive manufacturing. This course shows how to use Fusion 360-the affordable cloud-powered CAM tool-to build effective designs specifically for subtractive manufacturing (such as CNC milling) in metal. Thom Tremblay shows how to build solid designs, simulate how the model will hold up to the stress of production and use, render the design for presentation, and finalize it for manufacturing. Umfang: 01:23:05.00
Inhalt: Plastic has unique properties not shared by other materials. If you're designing something that will eventually be created in plastic, considering the complexities of manufacturing in your design process is critical. In this course, learn how to design parts for additive manufacturing in plastic using Autodesk Fusion 360-the affordable cloud-powered CAD and CAM tool that works like more expensive, industry-focused tools. Instructor Thom Tremblay explains how to create a form, complete and visualize your design, and set it up for 3D printing, all while designing a ready-to-manufacture part. Plus, learn a more complex alternative modeling processes for creating a solid from surfaces and subdividing a solid model. Umfang: 01:00:05.00
Inhalt: Plastic has unique properties not shared by other materials, and injection molding has a number of constraints that must be accommodated in the design process. These constraints are different from other manufacturing techniques like 3D printing and subtractive manufacturing. As a result, if you're designing something that will eventually be created in plastic, considering the complexities of manufacturing in your design process is critical. You'll need to learn how to do things a bit differently than you would for other materials and processes. In this course, learn how to design for injection molding even when using additive manufacturing to create a prototype in plastic using Fusion 360. Instructor Thom Tremblay explains how to create a form, complete and visualize your design, set it up for 3D printing, all while designing a ready-to-manufacture part. Umfang: 00:56:02.00
Inhalt: Generative design technology gives engineers and designers an artificial intelligence copilot that presents solution options to engineering problems. In this course, learn when and how to leverage the generative design capabilities in Fusion 360. Instructor Thom Tremblay shows how to prepare a generative study for a model, define all the parameters for it, and generate a solution set. He then shows how to assess the study's results, adjust your design, and examine the new design using finite element analysis (FEA). Plus, learn about a few advanced generative design workflows, including how to clone an existing study and use it as a starting point for future studies with different values. Umfang: 00:40:33.00
Inhalt: Designing your parts is just the first step. In order to ensure they will perform as designed, you need to know how they will stand up to real-world conditions. Will they deform, break, or otherwise fail when they are used? Instructor Thom Tremblay shows you how to use Fusion 360 simulation tools to specify materials, loads, constraints, and then perform your analysis to learn what changes you need to make before manufacturing your part. Thom explains how to use the application's various simulation tools, including Finite Element Analysis (FEA), thermal simulation, and tools to study cooling for electronics. He concludes with a recap of Generative Design, a cloud-based service that runs on Fusion 360 and uses simulation to offer design suggestions. Then he discusses how Autodesk CFD can be used in conjunction with Fusion 360 from computational fluid dynamics studies. Umfang: 01:28:49
Inhalt: CAD software like Autodesk Inventor makes sheet metal design quick and cost-effective. This course shows designers how to use Inventor to plan, create, modify, and document sheet metal parts and assemblies. Author Thom Tremblay demonstrates how to set up your working environment, create flanges and other features with Inventor's specialized sheet metal tools, and modify parts-cutting, seaming, punching, and ripping as you go. He also shows how to reuse existing design features through the use of the fold operation. Finally, when your part is finalized and ready for manufacturing, let Thom show you how to document your design and get the flat pattern to production. Umfang: 01:01:51.00
Inhalt: AutoCAD users around the world are adopting Autodesk Inventor, the purpose-built tool for mechanical design, engineering, and manufacturing. While they're both Autodesk products, Inventor has different tools, terminology, and workflows than AutoCAD, which can make migration challenging. This course explores the key elements of Inventor that every experienced AutoCAD user needs to start moving their projects and design processes over to Inventor. Author Thom Tremblay explores 2D drawing and 3D modeling, as well as options for collaborating with AutoCAD users while using Inventor and leveraging your existing AutoCAD data in Inventor. Umfang: 01:18:44.00
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