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Directed Energy: Transforming the Future of Warfare

Directed Energy Technology

Directed-energy technology is already an indispensable component of the military and has tremendous potential for the future. The evidence indicates that directed-energy will soon become the most significant technology for success on the battlefield. Directed-energy technologies support warfighting enablers, such as robotics, information technology, space technology, and drones. Moreover, it is the best defense against new threats, such as cyber warfare, missile proliferation, armed drones, and small boat swarms.

Directed-energy technologies can also support many new operational tasks, such as curtailing the number of ground troops, reducing collateral damage, long distance strikes, and improved situational awareness. Finally, directed-energy can support weapons platforms and communications systems located in all war-fighting domains. In order to meet new challenges on the battlefield, the U.S military should immediately embrace the war-fighting potential that directed-energy technologies possess. Learn More

 

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Performance Driven Generative Design On the Cloud

Performance Driven Generative Design allows you to explore and validate designs through simulation, make informed decisions on weight reduction and optimized performance. Generate shapes that could not have been imagined using conventional design methods.

Discover how you can benefit from a newfound freedom to take advantage of flexible design processes while benefiting from the seamless alliance between design, simulation and manufacturing. Learn more

 

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Machine Tool 4.0: DMG MORI and Schaeffler Technologies

DMG MORI and Schaeffler Technologies presented the innovation project “Machine Tool 4.0” as a milestone on the road to future-orientated production, process and maintenance optimization. DMC 80 FD duoBLOCK machines of the innovation project “machine tool 4.0” are nevertheless packed full with intelligent sensors as the basis of condition-oriented service and maintenance.

To achieve this more than 60 sensors have been installed on elementary components of the FD machine. Together with other (obligatory) status information all data are now captured in realtime and analysed using specially developed algorithms. As a result the evaluation of the data provides qualified insights into the probable occurrence of different process and production faults. Learn more

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How will Industry 4.0 Change Machining Industry?

Industry 4.0 and Smart Industry are prompting the emergence of new production methods, new business models and new sectors. What was new a year ago may now be considered outdated. These innovations are all characterized by smart production processes.

Flexibility is another key concept that characterizes these changes in the machining industry. Products with varying specifications are produced at different volumes and with different lead times, in a fully automated process. Besides moving a wider range of products, the products are also cleaned, deburred, turned over or clamped, all within the same system. You’ll see that you and your competition can keep ramping up the efficiency and speed of your manufacturing.

In the Industry 4.0 era, your machines will be capable of seamless communication with automation solutions, and will continuously report their status. This applies to both the short term (“What am I producing now?”) and the long term (“Which components are showing signs of wear?”). In brief, the result is a highly streamlined, predictable and therefore more profitable manufacturing process. Learn more

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AutoCAD Mechanical: Extensive Mechanical Design Toolset

AutoCAD Mechanical design software is AutoCAD software built for manufacturing. Part of the Digital Prototyping solution, it includes all the functionality of AutoCAD, plus libraries of standards-based parts and tools to help automate common mechanical CAD tasks and accelerate the mechanical design process.

AutoCAD Mechanical comes with an industry-specific toolset for mechanical engineering including 700,000+ intelligent parts and features enabling you to design faster. Learn more

 

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STAR-CCM+: CFD-focused Multiphysics Simulation

To accurately predict real-world performance of your product you need simulation tools that capture all of the physics that will influence its performance during its operational life, including those that cross the boundaries of traditional engineering disciplines. To improve your product you need to be able to predict how performance changes in response to multiple parametric design changes.

Simcenter STAR-CCM+ is a complete multiphysics solution for the simulation of products and designs operating under real-world conditions. It brings automated design exploration and optimization to the simulation toolkit of every engineer, allowing you to efficiently explore the entire design space instead of focusing on single point design scenarios. Learn more

 

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Improving the Design-to-Manufacture Process

Design-to-manufacture workflow is crucial as it relates to improving communication and efficiency within a company. What does design-to-manufacture mean? The short answer is that there are lots of different thoughts on this process. The one that is correct is the one that works best for your company and procedures and focuses on the reduction of extra steps as an idea goes from concept through validation to the customer. Learn more 

 

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AutoDesk Vault: Manage data, track revisions, and collaborate

Vault is product data management (PDM) software that improves productivity. Everyone works from a central source of organized data—collaborating, reducing errors, and saving time.

Speed up product development with Vault PDM

  • Quickly find and reuse data so you don’t have to start from scratch
  • Track changes, revisions, and design history automatically as you work
  • Reduce waste and streamline your product data with intelligent search capabilities

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KeyShot: 3D Rendering Software to Create Amazing Visuals in No Time

KeyShot is a great supplementary CAD tool. It brings you real-time 3D rendering that displays results instantly and reduces the time to create realistic product visuals. KeyShot is trusted by engineers around the world for its speed, ease of use, scientifically accurate materials, and advanced material editing capabilities. Communicate your ideas easier, explore concepts sooner, and deliver jaw-dropping visuals faster. Learn more 

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Generative Design: Improve Performance with AI-Driven Design

Generative design is a design exploration process. Designers or engineers input design goals into the generative design software, along with parameters such as performance or spatial requirements, materials, manufacturing methods, and cost constraints. The software explores all the possible permutations of a solution, quickly generating design alternatives. It tests and learns from each iteration what works and what doesn’t.

 

Quickly generate high-performing design alternatives—many that you’d never think of on your own—from a single idea. With generative design, there is no single solution; instead, there are multiple great solutions. You choose the design that best fits your needs. Learn more

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