Research output per year
Research output per year
Organisation profile
Organisation profile
Activities of the Institute of Logistics Engineering contain the basic engineering design education of students with computer-aided technologies including industry case studies and research in planning and simulation of logistic systems. Material flow processes and storage systems in industry and service facilities are investigated by discrete event simulation and analytical methods. Engineering design of material handling equipment includes 3D-CAD product development, dynamic multibody systems design and experimental functional and fatigue design investigations.
Detailed engineering solutions in automation and drive technologies contain the design of electromechanical drive concepts and their elements for power transmission. Related fields of communication technologies, identification systems and digital controls are also treated (field bus systems, programmable language controllers and digital signal processing equipment). Engineering design with industrial partners is based on CAE-methods and reaches from the conceptual design phase to building original size prototypes with experimental evaluation of function and fatigue performance. Low cost, ease of assembly, optimized acoustics and lightweight structural design investigations by dynamic multibody systems simulation are further design objectives. The area of logistic systems analysis of production and warehousing system uses simulation software tools and analytical methods to calculate buffer zones, throughput, flow time and capacity utilization in facility design, specialization and make or buy analysis scenarios.
Short Description:
Activities of the Institute of Logistics Engineering contain the basic engineering design education of students with computer-aided technologies including industry case studies and research in planning and simulation of logistic systems. Material flow processes and storage systems in industry and service facilities are investigated by discrete event simulation and analytical methods. Engineering design of material handling equipment includes 3D-CAD product development, dynamic multibody systems design and experimental functional and fatigue design investigations.
Detailed engineering solutions in automation and drive technologies contain the design of electromechanical drive concepts and their elements for power transmission. Related fields of communication technologies, identification systems and digital controls are also treated (field bus systems, programmable language controllers and digital signal processing equipment). Engineering design with industrial partners is based on CAE-methods and reaches from the conceptual design phase to building original size prototypes with experimental evaluation of function and fatigue performance. Low cost, ease of assembly, optimized acoustics and lightweight structural design investigations by dynamic multibody systems simulation are further design objectives. The area of logistic systems analysis of production and warehousing system uses simulation software tools and analytical methods to calculate buffer zones, throughput, flow time and capacity utilization in facility design, specialization and make or buy analysis scenarios.
Short Description:
Activities of the Institute of Logistics Engineering contain the basic engineering design education of students with computer-aided technologies including industry case studies and research in planning and simulation of logistic systems. Material flow processes and storage systems in industry and service facilities are investigated by discrete event simulation and analytical methods. Engineering design of material handling equipment includes 3D-CAD product development, dynamic multibody systems design and experimental functional and fatigue design investigations.
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Collaborations and top research areas from the last five years
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A Comparison of Educational Perspectives on VDI 2221 and Axiomatic Design
Kröpfl, P. R., Landschützer, C., Hick, H., Awan, W. H. & Brown, C., 25 Feb 2025, 6th International Conference on Industry 4.0 and Smart Manufacturing. Vol. 253. p. 94-103 10 p. (Procedia Computer Science).Research output: Chapter in Book/Report/Conference proceeding › Conference paper › peer-review
Open Access -
CBE4I: Clean bioenergy for industry
Ortner-Pichler, A., Landschützer, C. & Cichocki, M., 26 May 2025, p. 270 - 274.Research output: Contribution to conference › Poster › peer-review
Open Access -
FutureWoodTrans: Entwicklung eines automatisierten Be-, Um- und Entladesystems in der autonomen Forstwirtschaft
Ortner-Pichler, A., Cichocki, M. & Landschützer, C., 6 Mar 2025, 33. Internationale Kranfachtagung 2025: Kran 4.0: Zukunft der Digitalisierung. Katterfeld, A. (ed.). p. 151-167Research output: Chapter in Book/Report/Conference proceeding › Conference paper
Open Access
Activities
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FutureWoodTrans: Entwicklung eines automatisierten Be-, Um- und Entladesystems in der autonomen Forstwirtschaft
Ortner-Pichler, A. (Speaker)
6 Mar 2025Activity: Talk or presentation › Talk at conference or symposium › Science to public
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4.Fachkolloquium innoTRAC
Kröpfl, P. R. (Participant)
18 Sept 2024 → 19 Sept 2024Activity: Participation in or organisation of › Conference or symposium (Participation in/Organisation of)
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Kompostwender 4.0: Ein Best-Practice Beispiel für die Automatisierung
Cichocki, M. (Speaker), Buchmayer, E. M. (Speaker) & Landschützer, C. (Speaker)
7 May 2024Activity: Talk or presentation › Talk at conference or symposium › Science to science
Prizes
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Nominierung Preis für exzellente Lehre
Tinello, D. (Recipient), 11 Dec 2013
Prize: Prizes / Medals / Awards
Press/Media
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JANUS - Automation of internal transports
Kaever, D. (Co-Investigator (CoI))
1/03/25 → 30/09/25
Project: Research project
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ModellRed - Development of measures to reduce modeling effort
Kaever, D. (Co-Investigator (CoI))
1/02/25 → 30/06/25
Project: Research project
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REBEKKA - Modelling flexible CEP consignments for bulk handling
Landschützer, C. (Co-Investigator (CoI))
1/11/24 → 31/10/26
Project: Research project