Skyscrapers, subways, airplanes, and automobiles-our world is full of marvelous inventions that humanity has designed and built. So what is the one tool that's enabled us to create these wonders? The greatest tool we've ever invented was the tool! Our creativity has only ever been limited by the tools at our disposal; and with the development of virtual reality and mixed reality, we've taken a significant evolutionary step in how we can design. Bridgestone Corporation is currently researching the utilization of mixed-reality technology for design, operations, maintenance, training, and sales. This class will cover our current findings and how to use the technology in process manufacturing. As an Innovation Specialist at Bridgestone, Brent Jackson is spearheading this research and development.This class will also recap how he rose to this position, which all began by watching the Autodesk University 2015 keynote live stream where he learned about the Stingray gaming engine and realized its potential.

This class will cover the use of Inventor software tools for the simplification of both native and non-native vendor equipment models in order to minimize file sizes in large process-facility Building Information Modeling (BIM) projects. We will also discuss the pros and cons of using the BIM Exchange app inside Inventor software to export models for use in AutoCAD Plant 3D software.

In this session, we'll explore a powerful combination of 3 technologies: generative design, additive manufacturing, and metal casting. We'll discuss different generative and optimization approaches and manufacturability implications, cover how different 3D printing technologies are using in metal casting, and finally discuss the different metal casting processes and their respective capabilities. Content will include case studies, including comparison of manufacturing costs, lead times, and other upstream logistics / design implications-as well as downstream cost savings and other benefits. The session will also include practical tips and guidelines for designing for the metal casting process and recommendations of suppliers and manufacturers. Attendees will leave with a familiarity with the generative-design-to-metal-casting workflow and a basic understanding of process manufacturability constraints and design rules.

Developing a great set of assets for Autodesk Factory Design Utilities can be a challenge. In this class, we will discuss and demonstrate the top techniques used to create the most-functional factory assets.

Machinist dynamics models may be used to predict milling performance and select optimal parameters at the computer numerical control (CNC) path planning stage. The intent is to select parameters that enable first part correct performance and avoid trial-and-error parameter identification. This requires that chatter, or self-excited vibration, does not occur, and that acceptable accuracy and surface finish are achieved. This session will demonstrate dynamic force prediction for Autodesk Fusion toolpaths, which incorporates the tool tip vibration response to predict the dynamic cutting force and tool vibration and the effect of relative vibration between the cutting tool and workpiece on the milling stability. This enables us to identify and correct locations where chatter occurs before part production. It introduces a feed rate optimization capability that modifies cutting times by updating the feed rate. And it has been shown to reduce cycle times by up to 50%. We’ll select an aerospace part and show results.

Process bottlenecks and related issues often require complex and dynamic solutions. Discover how FlexSim recommends process improvements from live data, and see how the FlexSim OptQuest optimization engine solves multidimensional problems. OptQuest uses machine learning to evaluate multiparameter input groups in order to strategically determine optimal outcomes across various performance objectives. This method provides faster and more intelligent solutions to intricate problems than manual techniques do. In scenarios with constantly evolving operational inputs, FlexSim can be configured as a live Digital Prototyping, continuously operating at set intervals, and using live data streams based on system feedback and artificial intelligence (AI) predictions. This approach necessitates specific model programming, which we will explore. By implementing these advanced techniques, businesses can significantly improve their process optimization capabilities, addressing complex challenges more effectively than traditional methods allow.

Come hear what's next for CAM in Fusion 360 and ask questions directly to the product management team.

Additive manufacturing allows for a plethora of new manufacturing possibilities. But what about sustainability possibilities? Sustainability is a huge topic and one that rightly is garnering more and more attention. The latticing of parts that additive manufacturing allows can provide huge performance benefits, but also environmental benefits. Autodesk and One Click Metal have worked on combining the Autodesk Fusion 360 Volumetric Lattice tool with One Click Metal's hardware capabilities, to showcase the benefits of using lattices for Laser Powderbed Fusion (LPBF) manufacture, and how this can be used to improve the sustainability of 3D prints. This industry talk will discuss the concept of lattices, the benefits of using lattices for LPBF manufacture, the challenges of printing them, and, most importantly, how they can be used in 3D printing to reduce waste, energy consumption, and carbon emissions, and promote eco-friendly manufacturing practices.

Learn how to kickstart your design for additive manufacturing (DfAM) process by using Fusion Lifecycle software for rapid innovation and concurrent design. Conventional design methodologies tend to be linear with siloed functional groups relegated to their respective touchpoints in the design development lifecycle. The complexities and nuances of DfAM require a modern and flexible approach that facilitates additive manufacturing’s unique design space and value proposition. With an emphasis on exploring divergent and creative thinking, we will examine how Fusion Lifecycle can manage innovative design development for DfAM and become the foundation of a digital product thread.

Meet and have an open discussion with a panel of data management avengers from Autodesk. Be ready to discuss a number of subjects, and bring your questions for us to discuss and advise upon. This session will feature Vault Professional software, Vault Basic software, and Vault Workgroup. It is AIA approved.

This new era of technology is driving a lot of innovation in all aspects of design. All product manufacturers are embracing innovation and new technology in order to maintain or advance their current production cycles. But, incorporating new technology and innovative manufacturing practices requires a solid plan, not a wild guess. The path to innovation must start with a thorough analysis of your current process. It is not enough to say, ‘the process is inefficient,” or “new tech will solve our problems.” It is critical to properly outline and identify bottlenecks or over- and under-utilized equipment and practices. Once the process is properly defined, organizations can move beyond reaction-based decision making to predictive-based planning. In this class, we’ll demonstrate how the current Factory Design Utilities may be enhanced with ProModel Process Simulator.

This class will cover how to create and communicate Inventor software design and manufacturing data using 3D PDF documents. We will examine the various options available in Inventor software and how those options affect the creation of 3D PDF files. We will also show how to view, measure, mark up, manipulate, and collaborate using the Adobe Reader. We will explore how to customize your 3D PDF files by creating PDF template files and forms using Adobe Acrobat Pro. Finally, we will show you several examples of 3D PDF files that you can use to communicate with customers, suppliers, and manufacturers. This session features Inventor Professional and AutoCAD.

Are you thinking about taking that journey into clouds? Are you a bit cloudy regarding what to do with a point cloud once you get there? Learn how to get the most out of your data and software. Discover how to get the job done more efficiently by responding more quickly to data from the field and making improved design decisions using new workflows. Additionally, learn how to use point clouds for clash detection with your 3D design models, and avoid spending time generating unnecessary 3D models of as-builts that are constantly changing.

As additive manufacturing (AM) gains greater industrial exposure, there's a drive toward defining practical, high-value processes and products. Defining viable business cases is critical to ensure successful technology adoption. Focusing on the marine industry and using a "propeller" as a familiar marine object for a case study, we'll explore 4 different design/manufacturing iterations aimed at highlighting the opportunities that AM offers. By fabricating these 4 components with wire and arc additive, a considerable portion of the process chain will be revealed from both hardware and software perspectives. We'll be exploring the designs and investigating design features facilitated by AM; looking at preparing these components for manufacture; seeing how these components are built considering the distortion and stress, geometric fidelity, and thermal management; and, finally, looking at post-processing techniques to bring these components to final form.

Analysts working with Autodesk® Simulation Moldflow® software must not only run quality simulations, but also interpret the results and present them clearly. This class is about looking beyond the default plots and customizing the results to improve result clarity for yourself and your audience. Time permitting, you will have a chance to show and discuss your favorite custom plots.

Sometimes after optimizing a design for manufacturing, unexpected issues can occur. This was the situation with a recent case. An existing design had issues with excessive pressure, flash, and sink. The apparent root cause was a premature freeze off. Design iterations were analyzed and a particular option was used and was thought to have solved the issue. However, after the initial success the manufacturing process started to create cosmetic issues. Cosmetic defects can be much more challenging to troubleshoot. This presentation describes this case study, some old techniques, and recently added capabilities ( Moldflow Insight 2016 software), such as path lines.

The fiber orientation as a result of the injection molding process have a high impact on the mechanical behavior that the manufactured product will have. Using different material models will help in understanding the latest improvements on the fiber oreination prediction, and considerations that are needed in order to have a better performance. By having the link between rheology and structural simulations, the material properties can be related with the fiber orientation in order to have a mechanical model that can be closer to reality. Autodesk Helius makes this link and helps in bringing the reality to simulation.

Detailed analysis of mold designs is becoming increasingly necessary as advanced mold technologies are adopted. Conformal mold cooling is a cooling technique that aims to offer optimal cooling conditions exactly where you need them. The technology has been around for many years, but has become a real option now with the better and cheaper ways to manufacture conformal cooling cores. Hot runner systems are very commonly used in plastic injection molding. Although these are simple systems on the surface, what actually happens inside the hot runners and how they lose heat into the mold can be quite complex. With the Cool (FEM) functionality inside Autodesk Simulation Moldflow software coupled with Autodesk® Simulation CFD software, you now have the capability to model even the most complicated conformal geometries and hot runners in full three-dimensional detail of all components. This process enables you to evaluate and optimize the hot runner and conformal cooling design to achieve an optimal mold design and injection molding process.

In this session you’ll have the opportunity to take the  Moldflow Insight  and  Moldflow Insight Professional level certifications. You will also have the opportunity to discuss your use of Moldflow Insight software with expert Moldflow Insight software trainers.

What do you do when your Autodesk Moldflow results do not match reality? Learn how to troubleshoot correlation issues and fine tune simulation approaches to improve accuracy. Learn how important it can be to integrate the process into the part design. In this presentation we will present two case studies that highlight “the pursuit of accuracy” and representing the actual molding process. The first case study relates to a Polycarbonate application with a hot runner system that had a pressure correlation issue. We will explore the use of the D3 viscosity coefficient and hot runner modeling techniques. The second case study highlights how cooling with a two shot mold application can improve accuracy and be used for part design consideration (integrating the intended manufacturing process with the part design criteria). Both case studies will help provide insight into how to troubleshoot correlation issues and fine tune simulation approaches.