To operate efficiently, manufacturers must not only effectively manage assets (people, IP, technical systems, production equipment, and distribution networks) but also perhaps their most valuable asset: the enormous amount of data housed within their departments, databases and systems. Although most companies recognize the benefits of managing, mining, and using data to improve efficiency and achieve a competitive edge, these efforts have largely focused on managing and leveraging data at the department- and/or application-level, not enterprise-wide.
Different types of engineers typically work differently. Though electrical engineers work in a totally different way than mechanical engineers, today’s complex design projects require tighter integration between the two disciplines. As the design is changing at a rapid pace, and products need to be developed quicker, disparate engineering teams MUST work closer together.
This week Rudolf van den Berg takes us through a demo of Smap3D Plant design software.
Bio: Smap3D Plant Design
Smap3D Plant Design is 3D CAD software for fast, easy design of 3D piping systems for mechanical engineering, equipment production and plant design. It provides an integrated software solution for an optimal process chain in plant design. With one specialized program for each process step (Smap3D P&ID, Smap3D Piping and Smap3D Isometric), the required solution can be tailored to individual requirements. The P&ID To-Do-List is a function integrated in Smap3D Plant Design which creates an intelligent connection between S3D P&ID Schematic and 3D piping.
The Department of Trade and Industry (the dti) gave recognition to local design excellence at the 5th annual Furniture Design Competition that was held at the Johannesburg Homemakers Expo, which took place at the Ticketpro Dome from 22-25 February 2018.
In general, most SOLIDWORKS users designing large assemblies are not that interested in the weight of Toolbox items. Some designers may estimate an approximate value, while some do not even bother to use Toolbox items at all. Yet, several users – such as designers of smaller assemblies – may have the need to calculate the weight of Toolbox items. More importantly: they also want to communicate this information through a bill of materials (BOM). However, showing material and weight properties of Toolbox items is not possible in SOLIDWORKS by default. By following just a few steps you can have this functionality within minutes.
One of the most useful features in SOLIDWORKS Simulation professional has to be Submodelling. This feature was already introduced in SOLIDWORKS 2013 and is available in SOLIDWORKS Simulation professional and Simulation premium. Submodeling is based on the St. Venant’s principle which states that the stresses reasonably distant from an applied load on a boundary are not significantly altered if this load is changed to a statically equivalent load. This powerful feature is used to isolate and analyze a specific area of a larger structure. Using Submodelling you can focus on a specific sub-area of a model and simulate it in greater detail, this means getting must faster results.