476 results on '"Majschak, Jens-Peter"'
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2. Numerical Analysis of Inhomogeneous Parameters of Paperboard Using Tensile Tests
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3. Material Parameters Identification of Thin Fiber-Based Materials Using the Method of Machine Learning Exploiting Numerically Generated Simulation Data
4. Processing technologies for solid and flexible packaging materials from macroalgae
5. A Novel Adaptive Interpolation Approach for the Implementation of Operating-Speed-Dependent Motion Profiles in Processing Machines
6. Whey protein gel — mechanical cleaning capability through modelling and experimental testing including compression and wire cutting investigation
7. Anwendung für Maschinensysteme der Stoffverarbeitung
8. Study of Parameters Influencing Wrinkles in the Deep Drawing of Fiber-Based Materials Using Automatic Image Detection.
9. Transmitted Light Measurement to Determine the Local Structural Characteristics of Paperboard: Grammage, Thickness, and Fiber Orientation.
10. A parameter identification case-study for a dynamical mechanical system using frequency response analysis and a particle swarm algorithm for trajectory optimization
11. Methods for characterization and continuum modeling of inhomogeneous properties of paper and paperboard materials: A review
12. Investigation on the Application of Operating Speed Dependent Motion Profiles in Processing Machines at the Example of Controlling Liquid Slosh
13. Role of blank moisturisation in press forming of paperboard
14. Heat development at the knife roller during leather shaving
15. Characterization and Modeling of Out-of-Plane Behavior of Fiber-Based Materials: Numerical Illustration of Wrinkle in Deep Drawing.
16. Effect of industrial scale stand-off distance on water jet break-up, cleaning and forces imposed on soil layers
17. Modeling of the Compressed-Air Flow Impact for Thermoforming Simulations
18. Anwendung für Maschinensysteme der Stoffverarbeitung
19. High-speed cutting of foods: Development of a special testing device
20. A design of experiments based on the Normal‐boundary‐intersection method to identify optimum machine settings in manufacturing processes
21. Thermal fiber orientation tensors for digital paper physics
22. Investigations on the heating effect of PE-LD induced by high-intensity focused ultrasound
23. Optimisation of deep drawn paperboard structures by adaptation of the blank holder force trajectory
24. Investigation on the Application of Operating Speed Dependent Motion Profiles in Processing Machines at the Example of Controlling Liquid Slosh
25. Charakterisierung der Prozesskraftkomponenten beim mehrdimensionalen Umformen von Karton durch Ziehen
26. Explicit FEM analysis of the deep drawing of paperboard
27. Anwendung für Maschinensysteme der Stoffverarbeitung
28. How to assess cleaning? Evaluating the cleaning performance of moving impinging jets
29. An experimental comparison of film flow parameters and cleaning behaviour of falling liquid films for different tilt angles
30. Application of Hollow Sphere Structures and Composites in Processing Machines
31. Verarbeitungsanlagen und Verpackungsmaschinen
32. Verarbeitungstechnik
33. The role of material composition, fiber properties and deformation mechanisms in the deep drawing of paperboard
34. Local analysis of cleaning mechanisms in CIP processes
35. A new characterization approach for heat sealing of polymer packaging films identifying optimum sealing parameters using Pareto‐based trade‐off analysis
36. A new characterization approach for heat sealing of polymer packaging films identifying optimum sealing parameters using Pareto-based trade-off analysis
37. Entwicklung einer Methode zur Charakterisierung des Reibungsverhaltens beim Messerschneiden von Lebensmitteln
38. Der Einsatz ultrahochfrequenter Schwingungen beim Ziehen von Karton
39. Entwicklung formbarer Papierwabenkerne und deren Herstellungsverfahren zur Nutzung in Wabenformteilen
40. Pulsed flow for enhanced cleaning in food processing
41. A new method to evaluate the in-plane compression behavior of paperboard for the deep drawing process
42. Combining the Advantages of Different Processing Solutions Using a Novel Motion Processing Approach
43. Diskussionsbeitrag zu einem methodischen Ansatz für Entscheidungen in Zielkonflikten während der Konzeptphase der Entwicklung automatisierter Produktionsanlagen
44. On the Concept of Computational Fluid Dynamics-Based Prediction of Cleaning for Film-Like Soils
45. Effect of Physicochemical Properties of Native Starches on Cleaning in Falling Film and Plane Channel Flow Experiments
46. Synthese und Umsetzung optimaler Bewegungen unter Berücksichtigung der einstellbaren Maschinendrehzahl
47. Erarbeitung einer Systematik von Metadaten für den Vergleich unterschiedlicher Messungen und Analysen an Verarbeitungsanlagen
48. On the Concept of Computational Fluid Dynamics-Based Prediction of Cleaning for Film-Like Soils.
49. Effect of Physicochemical Properties of Native Starches on Cleaning in Falling Film and Plane Channel Flow Experiments.
50. Application of Hollow Sphere Structures and Composites in Processing Machines
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