Simulating Reality, Delivering Certainty


Optimizing Machine Quailifications with Simulation

Companies producing machinery are often asked to develop their products to accommodate faster operation times while increasing the reliability of the machine. However, a small design change can lead to issues in other areas. For example, when speed increases it often causes inertial loads and vibration, leading to earlier breakdowns. In the past at Kosme, a producer of a full range of turnkey filling, labeling, capping, packaging and conveying solutions for beverage products, engineers used hand calculations to estimate the performance of components and built physical prototypes to evaluate system performance. Problems were frequently discovered during the prototype stage. These problems often required many iterations of revisiting the design and modifying and re-testing the prototype.


Simulation Software Helps Optimize the Golf Club Performance

Cleveland Golf launches new golf club designs on an annual basis in a highly competitive, performance-driven market. With competition gaining groudn on them, Cleveland’s management challenged Jeff Brunski, Performance Research Engineer, to find ways to truly optimize their golf club performance – and that meant evaluating hundreds of design variations.


Additive Manufacturing Modeling, Simulation, and Lifecycle Management

The expansion of additive manufacturing has created a need for simulation and data management tools that will help engineers optimize the 3D printing process in order to reduce production costs, increase robustness/reliability and improve performance by optimizing design. This blog post will explore how MSC’s simulation tools are currently being used by customers to advance 3D printing.


Force Response of a Sun Roof Bearing

Ticona GmbH is a producer of high-performance plastics. It closely supports customers in a large number of key markets customers during their engineering design process. Before implementing material simulation, they faced challenges with correctly modeling fiber reinforced plastic parts, obtaining quantitative and predictive results from FEA, and using a unique material description valid for all ...

Materials Lifecycle Management for Product Innovation

Manufacturing has become much more complex than it was in the past. New designs are created every day, data flows during engineering processes are becoming huge and the number of engineers working together is growing. These improvements bring some challenges in tracing the data and managing the processes and workflows. A materials lifecycle management (MLM) system is a tool that focuses on capturing and managing data all the way from test data to the consumption of this data by CAE applications. It gives the ability to automate test processes, have complete traceability of all the data in the system, and it gives a very deep client integration. It ensures that engineers are using a consistent source of approved materials derived from traceable integrated processes. Furthermore, it is web-based and very easy to install. MLM eliminates a significant amount of tedious manual data management activities and gives engineers the ability to focus solely on innovations and new product designs.


Managing Test Data with Engineering Lifecycle Management

Today, one of the challenges that manufacturers face is to capture the data and evaluate it during the test process. They want to keep record of the information of pre-test actual test and post-test processes easily and systematically and create complex relation information between these data. To meet this needs, engineering lifecycle management (ELM) tool ...