There has been a proliferation of high-speed, high-frequency electronics placed in today’s smart connected products over the past few years. This increases the need for electromagnetic (EM) simulation in design. Ansys HFSS, a 3D high-frequency simulation software, meets the industry’s stringent demands. Simulation Overcomes Challenges in Designing Smart, Connected Products Today’s smart, connected products are …
nCode DesignLife: Predicting Fatigue Life
Across the automotive, aerospace, and heavy machinery industries, complex products often need to be lightweight while also meeting stringent lifecycle durability requirements. But it can be a challenge to determine whether products meet such requirements during the design phase. Conducting fatigue analysis using nCode DesignLife can help organizations virtually predict how long products will last …
Aras Innovator: The Advantages of Accessing Simulation Data in Your Product Lifecycle Management Solution
As part of technology-led initiatives, many engineering organizations have adopted both simulation and product lifecycle management (PLM) to help drive and optimize product development efforts. Today, these companies often must rely on a variety of simulation products to meet their needs. Yet, engineering change orders (ECOs), which can come from any step in the product …
Big Data and the Engineer
The Internet of Things (IoT) has unleashed a new wave of interconnected products. Almost every company is now switching from traditional, mechanical offerings to smart ones requiring a lot of software, electronics, and electrical systems. But design engineers must go further than simply integrating the right hardware and software into today’s products. As the world …
The Lifecycle of Systems Simulation
Manufacturers are using systems engineering approaches to mitigate the complexity of developing increasingly sophisticated products. Systems simulation is a key component of such efforts.
The Digital Engineering Approach
Let’s talk about systems development’s full potential, which only results from a comprehensive approach. What are the aspects of a digital engineering approach?
Engineering Co-Design Across Domains
As products get smarter and more interconnected, engineering co-design is more critical than ever. How can you improve your organization’s capacity for co-design?
Effective Embedded Software Development in the Midst of Exploding Complexity
68% of the respondents in our Engineering Executive Strategic Agenda Study reported that the complexity of on-board or embedded software is increasing or increasing greatly, the highest of any engineering domain.
What are some of the key advances in embedded software development that can mitigate the risks of this explosive growth?
Managing the Digital Thread for Electrical Systems
The digital thread is not just a popular industry buzzword. It’s a unique communication framework that gives a holistic, integrated view of your product’s data across its components and lifecycle.
How is your organization managing the digital thread today?