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Development of a Remote Tube Bending Lab to Illustrate Springback and Determine Process Limits.

, , , , and . REV, 80, page 95-106. Springer, (2019)

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Development of a Remote Tube Bending Lab to Illustrate Springback and Determine Process Limits., , , , and . REV, 80, page 95-106. Springer, (2019)Remote Lab to Illustrate the Influence of Process Parameters on Product Properties in Additive Manufacturing., , , , and . REV, volume 1231 of Advances in Intelligent Systems and Computing, page 456-464. Springer, (2020)Development of a Remote Compression Test Lab for Engineering Education., , , and . REV, 80, page 496-505. Springer, (2019)Towards the flexible and near-net-shape production of three-dimensionally curved extrusion profiles., , , , , , , and . Prod. Eng., 4 (6): 561-569 (2010)Increasing the Production Accuracy of Profile Bending with Methods of Computational Intelligence., , , , and . Evol. Comput., 17 (4): 561-576 (2009)Development of a tele-operative control for the incremental tube forming process and its integration into a learning environment., , , , , and . EDUCON, page 80-86. IEEE, (2016)Demonstration of deep drawing experiments in a remote lab environment., , , and . exp.at, page 141-142. IEEE, (2017)Augmented Reality Application for the Mobile Measurement of Strain Distributions., , , , and . REV, volume 1231 of Advances in Intelligent Systems and Computing, page 235-245. Springer, (2020)