Post by account_disabled on Dec 31, 2023 3:39:37 GMT -5
More articles. Comments Princeton Blue Year Great article. The idea that digital platforms enhance natural patterns of collaboration will interact with others in specific ways and enhance the diversity of organizations in both the makeup of their workforce and the connections between employees. In today’s digital age, parts are often designed and manufactured faster and with greater collaboration and control than ever before. While the digital thread may have an impact on operations across the entire enterprise, it begins with the design of the product. In this episode, we look at part scanning and design using the example of a bell crank, a key component that opens and closes an aircraft's nose gear door. and team examined how component design has evolved from the days of Mylar printing.
French curves, and slide rules to include the ability to digitally scan existing parts or design parts using computer-aided design software (or some combination of the two). Regardless of the method, this is how the parts are produced in the digital thread. But the digital thread is more than simple design. It can also speed up the development process by providing a level of transparency that was Job Function Email List previously unattainable. Using a digital thread, multiple people can review the same design at the same time. Product data management tools serve as the backbone of the digital thread, providing greater certainty that no one will see an old or outdated version of a design. The results of simultaneous reviews can be increased speed and better functionality, as engineers can tap into the accumulated knowledge of the wider organization.
The digital thread therefore has the potential to transform traditional fixed design processes into a more dynamic and collaborative approach. But how does better design translate into better performance? This is where topology optimization often comes into play. We'll learn more about this topic in the next video. What to Watch Design with Topology Optimization Further Reading, and, Opportunities.
French curves, and slide rules to include the ability to digitally scan existing parts or design parts using computer-aided design software (or some combination of the two). Regardless of the method, this is how the parts are produced in the digital thread. But the digital thread is more than simple design. It can also speed up the development process by providing a level of transparency that was Job Function Email List previously unattainable. Using a digital thread, multiple people can review the same design at the same time. Product data management tools serve as the backbone of the digital thread, providing greater certainty that no one will see an old or outdated version of a design. The results of simultaneous reviews can be increased speed and better functionality, as engineers can tap into the accumulated knowledge of the wider organization.
The digital thread therefore has the potential to transform traditional fixed design processes into a more dynamic and collaborative approach. But how does better design translate into better performance? This is where topology optimization often comes into play. We'll learn more about this topic in the next video. What to Watch Design with Topology Optimization Further Reading, and, Opportunities.