Simulation models for material handling equipment design – evaluation criteria, methods and application
Journal Title: Proceedings in Manufacturing Systems - Year 2017, Vol 12, Issue 2
Abstract
Decisive criteria for the efficient use of CAE are available and well proven but are focusing on engineering in general. These decisive criteria are hardly being transferred to Intralogistics. A CAE application method out of a pool of engineering tools of the Institute of Logistics Engineering TU Graz (ITL) tries to close this gap. In the application field logistics engineering the method assigns simulation tools by usage criteria to engineering phase methods and their design principles. This method can contribute to spread CAE and to lower application effort. The authors depict this method, give an exemplarily use and illustrate the benefit by two different simulation models (use cases) in two different application fields of logistics engineering.
Authors and Affiliations
Thomas STÖHR, Christian LANDSCHÜTZER
Keywords
Related Articles
- EP ID EP240828
- DOI -
- Views 132
- Downloads 0
Review of the present technological advance in the field of water jet cutting
Water jet cutting (WJC) is a relative recent technology that has a high interest due to its results. The main advantage in using this flexible non-conventional technology is that there is no heat-affected zone (HAZ). Ano...
Maintaining a subtle balance between conservative and precise solutions in the aerospace static concession processes
The Static Stress represents a main task of the aerospace concessions workflow that is used to address the impact of manufacturing non-conformities on local and global criteria. The process benefits from conservatism, be...
Evaluation of machinability by high speed milling of two steels by means of cutting forces
One of the criteria used in order to evaluate the materials machinability by milling is the size of mechanical solicitation of the milling technological system. Usually, this mechanical solicitation is evaluated by means...
OPTIMIZATION OF THE ROBOT SPACE TRAJECTORY BY USING KINEMATICS, DYNAMICS, INTELLIGENT DAMPER AND PROPER NEURAL NETWORK
In the robotics field one of the more important is the optimization of the space trajectory of the tool center point (TCP) without the undesired frequencies of the vibrations. The paper shows one new optimizing method by...
Adaptive network based inference system for cutting force simulation in milling of multi-layered metal materials
This paper outlines the experimental research on cutting forces produced during ball-end milling of multi-layered metal materials manufactured by the laser engineered net shaping (LENS) process. The research employs an a...