Thus, one of the key challenges faced by AM Bench is to select benchmark measurements, processes, and materials that are both technically feasible and have the highest impact on the AM community. However, the requirement for highly controlled and quantitative measurements severely limits the number of benchmark measurements that can be conducted in any given test cycle. ScopeĪM Bench was established to develop benchmark measurements for all AM processes and materials. If you have ideas for future AM benchmarks, or if you wish to partner with us on conducting such benchmarks, please contact the lead AM Bench organizers listed below. Additional asynchronous benchmarks are also being planned.ĪM Bench partners broadly with the AM research community. AM Bench follows a nominal 3-year cycle with the next set of measurements, challenge problems, and conference scheduled for completion in 2025. The first round of benchmark measurements, challenge problems, and conference (AM Bench 2018) were completed in 2018 and the second round was completed in 2022, following a one-year delay caused by the COVID-19 pandemic. All AM Bench data are permanently archived for public use using comprehensive, custom data management systems. what is am bench?ĩ th build plate of AM Bench 2022 test artifactsĪM Bench is a NIST-led organization that provides a continuing series of AM benchmark measurements, challenge problems, and conferences with the primary goal of enabling modelers to test their simulations against rigorous, highly controlled additive manufacturing benchmark measurement data. Lastly, we are working closely with our measurement partners and the broader AM community to develop plans for future sets of benchmark measurements and challenge problems, with the next regular round scheduled for 2025. Our new AM Bench 2022 data systems are also online and we are expanding the sets of available data and metadata as quickly as possible. Such asynchronous benchmarks provide increased flexibility in supporting the needs of the modeling community. In addition to 7 sets of regularly scheduled metal AM and polymer AM benchmarks, we completed our first asynchronous set of benchmarks that is not tied to the regular benchmark schedule. We thank our many collaborators from 10 NIST divisions and 20 partner organizations for their hard work and dedication in making these successes possible. We are pleased to report that the extensive 2022 benchmark measurements, challenge problems for the modeling community, and conference ( AM Bench 2022) were completed successfully. Solution keys for the 2022 Challenge Problems and links to the corresponding measurement descriptions and results may be found here. Measurement data for the 7 sets of regular metal AM and polymer AM benchmarks completed in 2022 are being released as quickly as possible.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |