| Form of studies |
Master |
| Title of the study programm |
Logistics and Supply Chain Management |
| Title in original language |
Uz simulāciju balstīta sadales centra caurlaides spējas analīze |
| Title in English |
Simulation-based Distribution Centre Capacity Analysis |
| Department |
Faculty Of Computer Science Information Tehnology And Energy |
| Scientific advisor |
Jūlija Petuhova |
| Reviewer |
Oļesja Večerinska |
| Abstract |
This master thesis is concerned with the conditions for optimal use of the distribution
center. The purpose of data collection is first to build a simulation model and support the
warehouse capacity. The increase in the number of its customers requires an increase in the
volume of the distribution center. However, it is not possible to increase the storage space of
the freezer. After gathering some relevant information and categorizing the available data by
estimating the time intervals between each activity within the distribution center, the simulation
steps continue and depending on the ability to modify the data, future programs may
hypothetically be based on the model.
Sometimes estimating the number of people working in a place and the length of time
they work per hour can be one of the most important resources before building a model. In this
master thesis, the modelling path was analysed as a function of the number of different inputs
and outputs. Before making costly investments to increase the warehouse capacity, it is
necessary to find out the maximum capacity of each part of the distribution center, analyse the
weekly demand from customers, and find the best solution to save the usable space and time
management are the main objectives of this project
Warehousing processes play an important role in supply chain management in
modelling the capability of a distribution center, and simulating processes help to reduce
bottlenecks, improve customer loyalty, and service levels. The findings of this master's thesis
provide academics with a comprehensive guide to improving process classification in a
distribution center. To minimize inventory and serve more consumers in the future, distribution
centers must deliver orders to customers as soon as possible. Supply chain managers may
benefit from simulation tools in this regard, but This master's thesis shows that simple types of
equipment, rather than larger areas, can be used in the warehouse to increase efficiency.
customer. This master thesis contains 71 pages, 63 images, 16 reference sources |
| Keywords |
CONCEPTUAL MODEL, SIMULATION TECHNOLOGY, ART OF DISTRIBUTION CENTER, CAPACITY MANAGEMENT, BPMN, FREEZE CHAMBER, ROLL CAGE |
| Keywords in English |
CONCEPTUAL MODEL, SIMULATION TECHNOLOGY, ART OF DISTRIBUTION CENTER, CAPACITY MANAGEMENT, BPMN, FREEZE CHAMBER, ROLL CAGE |
| Language |
eng |
| Year |
2021 |
| Date and time of uploading |
30.05.2021 12:09:54 |
