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 PDF Allowing humans and nature to exist in productive harmony Key Takeaways Siemens Digital Industries Software has recognized the growing emphasis on sustainability across their broad client base and has heightened their attention on providing NX users with productive tools in support of sustainability. NX Sustainability Impact Analysis brings valuable environmental impact assessments to the early stages of the design process. NX Performance Predictor enables users to simulate parts they are designing in real-time, while exploring different design and material choices. NX Molded Part Designer provides users the ability to create, manage, and validate their molded part design features in the context of their 3D design data. With growing societal pressure and regulation, businesses focused on product innovation are prioritizing sustainability in their C-level business goals. According to the United States Environmental Protection Agency (EPA), “Sustainability is based on a simple principle: Everything that we need for our survival and well-being depends, either directly or indirectly, on

 PDF Key Takeaways As Independent Software Vendor’s (ISV’s) continue their march to SaaS platforms, industrial company adoption of the cloud continues to grow. Cloud first strategies are becoming common, but companies still struggle to integrate and support the heterogenous mix of applications required for their product R&D. Managing applications, integrations, and licensing is complex, technically and legally beyond the scope that any single ISV or platform provider can support but easily falls within the scope of top tier systems integrators. HCLTech’s xLMCloud builds on the success of the earlier solution provider-agnostic 1PLMCloud offering by expanding the range of applications, types of business models, and solution accelerators supported. Introduction CIMdata was impressed with the vision and strategy behind HCLTech's 1PLMCloud[1] when we reviewed it in November 2020. HCLTech recently gave us an update on their progress over the past two years.[2] As a quick review, 1PLMCloud provided one-stop shop for a mix-and-match matrix of CAD and PLM applications

 PDF Industrial operations and maintenance processes facilitated with IoT-enabled smart assets Key Takeaways The usage of Internet of Things (IoT) connected devices in industrial settings is expanding rapidly across many sectors. Industrial users of capital assets are benefitting from the use of IoT to improve asset uptime and automate business processes in production and maintenance, repair, and operations/overhaul (MRO). Asset manufacturers are also benefiting through the efficient provisioning of smart services to support their customers and by leveraging valuable operational information. CONTACT Software has extensive experience in supporting the use of IoT for improving the management of industrial assets. Introduction The Industrial Internet of Things (IIoT) connects factory machines and equipment with software services that focus on optimizing manufacturing processes and enabling digital services for smart products. For factory operators, IIoT opens new opportunities for them to monitor usage and improve maintenance processes for their industrial assets. For manufacturers of industrial assets, IIoT is enabling the provision of

 PDF Improving electronics reliability via multi-scale, multi-physics simulation Key Takeaways While compute power has not exactly kept pace with Moore’s Law, there is still a substantial increase in processing power per processor over last few years by the means of multi core, multi thread and GPU technologies. As the physical limitation of the size of an atom for transistor design is approached, heat generated in such densely packed processors is a key challenge faced by the industry. Performance of all electronics devices degrades with increase in temperature or operation outside of the designed temperature range due to thermal expansion, reduced mobility of charge carriers, increased current leakage, and changes in electrical properties of the components. This is a critical warranty, safety, and performance reliability issue for all electronic device makers. Electronics thermal management has a significant environmental sustainability dimension as well. Almost every watt of energy that is supplied to an electronics device becomes converted