Modern electronics systems bring many benefits to consumers, delivering new levels of functionality and safety in automotive, aerospace, healthcare and other applications. Yet managing the complexity of these systems also represents a significant challenge to the companies who design them. The drive for continued, rapid innovation must be balanced with the need to meet all regulatory requirements — and ensure the safe interaction of all components when systems are brought together. A strategic partnership between ANSYS and Jama Software has created a powerful tool set for managing the complex activities of product development, quality and reliability assessment and functional safety analysis.

View this on-demand webinar, ANSYS and Jama Software discuss why the appropriate processes and tools for these design activities are essential for meeting quality and safety standards.

In this on-demand webinar, learn how you can:

• Seamlessly design a product from system requirements to implementation according to safety standards like DO178-C or ISO 26262.
• Perform requirement-driven design and testing while considering technical and customer requirements.
• Consistently manage all traceability requirements and ensure their availability for actual development and testing.
• Feed low-level requirements and testing artifacts from ANSYS SCADE back to the overall requirements management system in Jama.

工学シミュレーションによって、ターボ機械における多くの重要な技術改良の開発が支援されてきました。しかし、ますます増え続ける今日の設計上の課題に対応するには、より良い解析機能が必要です。ANSYS が新たに導入したターボ機械解析機能では、精度の向上と解析時間の短縮を実現するとともに、エンジニアがこれらの課題に対応することが可能になっています。

Working in partnership, ANSYS and Jama Software have created a solution to help companies design game-changing electronics that meet the most stringent safety requirements. Leveraging the strengths of both companies, this solution includes a powerful tool set for managing the complex activities of product development, quality and reliability assessment and functional safety analysis.

Multicore environments that feature clusters of microprocessors deliver a range of benefits, but they present a significant challenge to the engineers who design embedded software for automotive, aerospace and other mission-critical applications. ANSYS SCADE produces embedded software that enables the entire electronics architecture to perform reliably and all components to work together flawlessly, while accounting for the way essential tasks are distributed across multiple cores, how they communicate and how they are synchronized.

ANSYS Academic engineering simulation software is used by thousands of universities globally for undergraduate students to learn physics principles, postgraduate students to produce data for their master’s theses or doctoral dissertations, and for researchers to solve complex engineering problems. Watch this video to explore how ANSYS can easily and affordably help you teach the next generation of engineers or perform cutting edge research — in all areas of physics.

Delivering on the promise of 5G will require engineers to overcome significant design challenges for user equipment, network and data center development. Learn how ANSYS pervasive simulation solutions can help your 5G development efforts.

The thermal management of batteries for electric vehicles is critical for performance, safety and cost. It must be investigated on both the component and system levels.

Challenges include:

• Highly dynamic electrical loads from the driving profile of the line.
• Optimization of battery performance with minimum cooling mass flow.
• Development of the racing car within a few months.

View this on-demand webinar to learn from Benjamin Ahrenholz, Head of Calculation/Simulation at Volkswagen Motorsport GmbH, how ANSYS software was used for the Volkswagen Motorsport ID R. race car that broke the all-time record at the Pikes Peak International Hill Climb in June 2018 and how Volkswagen plans to break the electric car record at Nürburgring-Nordschleife later this year.

Discussion topics:

• Conjugate Heat Transfer in Fluent
• ECM (Equivalent Circuit Model)
• LTI-ROM (Linear Time Invariant Reduced Order Model)
• Twin Builder

View this on-demand webinar to explore how to optimize your workflow and increase engineering productivity with the exciting new ANSYS Fluent experience in ANSYS 2019 R1.

Get an exclusive look at live demonstrations and success stories from early users. Learn how Fluent reduces hands-on time and raises efficiency with a single-window task-based workflow, Mosaic-enabled meshing technology, a new Fluent user interface (UI) with drag-and-drop case loading and post-processing object display … and more.

• Task-based watertight meshing workflow guides users through the process by presenting best practices in an organized interface.
• Single-window workflow lets users mesh watertight geometries, set up the model, solve and post-process all in a single Fluent interface.
• New Fluent user interface is faster for new users to learn and more efficient for experienced analysts.
• Drag-and-drop to load mesh, case and data files.
• Drag-and-drop to display post-processing objects such as mesh, contours, vectors and pathlines.

バテル記念研究所およびアメリカ国立標準局 (現在のアメリカ国立標準技術研究所) による 1983 年のレポートによれば、破壊の経済的コストは米国単独で年間 1,190 億ドル (1983 年時点でのドル) でした。今日、これと類似した調査を行えば、消費者向け製品、自動車、ならびに産業機器における長年にわたる大幅な増加によって、この数字が増加していることは確実です。消費者および企業にかかる破壊のコストを削減できるテクノロジが出現すれば、経済だけでなく顧客満足度にも大きな影響を与えます。

Watch this video to learn how the latest features in ANSYS Discovery help you to rapidly explore, iterate and validate hundreds of potential shapes using topology optimization during upfront design and concept development for additive manufacturing or traditional manufacturing processes. Generate the optimal shape, material and process to ensure superior performance of your product before you start building it.