 | Advanced CAE model preparation enhances pellet stove design and optimization. | View Now (PDF) Add to briefcase |
 | Electric Machine Design Methodology Video Run Time - | Add to briefcase Download Now |
| | What's New in Q3D Extractor 10 - A Brief Overview Run Time - | View Now Add to briefcase |
| | High Power Cable and Busbar Design Methodology (HiCaB) Video Run Time - 34:30 | Add to briefcase Download Now |
 | Across all domains (land, sea and air), the use of unmanned aircraft systems (UASs) has shown explosive growth and, as their value continues to be demonstrated, this growth shows no sign of slowing. However, the UAS industry must address a number of key challenges if it is to satisfy the future roadmap for UAS development and deployment outlined by its major client, the U.S. Department of Defense (DoD). | Add to briefcase Download Now |
 | Patient-based treatments are on the rise in the medical industry. Incorporating patient-based joint geometries and transient joint kinematics brings many benefits to the orthopedic R&D process. Combining these options with finite element analysis facilitates a number of factors that are critical to design and R&D, including:
- A deeper understanding of custom implant performance for a specific patient
- The ability to understand implant performance under a wide array of transient kinetic situations
- Partial joint replacements may also benefit from more patient-based analyses Run Time - 1 hour | Add to briefcase Download Now |
| | As companies position themselves for the economic recovery, they are once again looking to bring new products to market quickly, yet to keep costs down, while also ensuring high quality. A "get it right the first time" product development strategy is key to achieving this. This report provides guidance to help companies that develop products that are impacted by fluid or gas flow, heating or cooling, chemical reactions, turbulence, and other related physical phenomena to make better designs that will ultimately lead to more profitable products. | Add to briefcase Download Now |
 | ANSYS Vista TF software is the ideal tool for rapid and reliable aerodynamic and hydrodynamic blade row design. With computing times of mere seconds, it enables engineers to quickly develop blade geometries that achieve desired performance objectives. ANSYS Vista TF contributes great value in the early stages of the design, during which changes are most easily made and it is critical to get the basic design right. | View Now (PDF) Add to briefcase |
| | ANSYS BladeModeler software is a specialized, easy-to-use tool for the rapid 3-D design of rotating machinery blading. Incorporating extensive turbomachinery expertise from ANSYS into a user-friendly graphical environment, the software enables the aerodynamic/hydrodynamic and mechanical design of the primary flow path components of axial, mixedflow and radial machines such as pumps, compressors, fans, blowers, turbines, expanders, turbochargers, inducers and more. | View Now (PDF) Add to briefcase |
| | The successful design of equipment and processes that involve multiphase flows crucially depends on accurately predicting the interactions (mechanical, thermal and chemical) between the phases. Since most of these processes are impossible to observe, engineers rely on models and experiments to gain insight into improving efficiency, throughput, safety and reliability — factors important to a company’s bottom line. This knowledge can aid in scaling up and retrofitting existing equipment as well as improving processes. Computational fluid dynamics (CFD) software from ANSYS incorporates most physical models required to describe multiphase flows, offering a virtual view inside these processes. | View Now (PDF) Add to briefcase |