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Articles 1 - 5 of 5
Full-Text Articles in Operations Research, Systems Engineering and Industrial Engineering
Design Of Warehouse For Material, Which Is Non-Uniform And Difficult To Handle, Andrea Seidlova, David Sourek
Design Of Warehouse For Material, Which Is Non-Uniform And Difficult To Handle, Andrea Seidlova, David Sourek
11th IMHRC Proceedings (Milwaukee, Wisconsin. USA – 2010)
Main goal of this paper is warehouse layout optimization with emphasis on maximum space utilization. It is about rack system design, which leads to capacity maximization of warehouse for non-uniform material with heavy weight. The warehouse system has to enable at least partial automation (the possibility to use AS/RS system), minimization of service time and minimization of man effort. Initial constraining conditions for warehouse design in our case are warehouse area, maximum load of racks or shelves, maximum allowed floor load and existing location of arrival road for material loading and unloading.
Developing Spreadsheet Based Decision Support System To Solve Warehouse Layout Problem, Taravatsadat Nehzati, Napsiah Ismail, Hannaneh Rashidi-Bajgan
Developing Spreadsheet Based Decision Support System To Solve Warehouse Layout Problem, Taravatsadat Nehzati, Napsiah Ismail, Hannaneh Rashidi-Bajgan
Hannaneh Rashidi-Bajgan
A plant layout study is to analyze different physical configurations for an industrial plant. The warehouse layout problem involves allocating several different product types to certain areas of warehouse so that the cost of material handling from docks of the warehouse can be minimized. The layout of a warehouse may need to be change to accommodate new product lines or to add greater flexibility to the warehouse operations. To ensure the success of the project, a detailed planning process should be followed. Regarding to above Decision Support Systems (DSS) are developed to help company’s personnel, modify the configuration of warehouse …
Layout And Procedure Re-Design Of Dcpp Receiving Warehouse, Nicole Elizabeth Riegel
Layout And Procedure Re-Design Of Dcpp Receiving Warehouse, Nicole Elizabeth Riegel
Industrial and Manufacturing Engineering
The receiving warehouse at Diablo Canyon Power Plant, owned by Pacific Gas and Electric, serves as a place to recognize the receiving of items into an ERP system, repackage and label items for long-term storage, and organize items for delivery inside the secured area. The warehouse managers would like to redesign the layout and procedures of the warehouse. Currently items are not received, scanned, or shipped in a timely manner. The flow of people and items in the receiving and shipping area is chaotic and space is limited especially during plant outages. The objective of this project is to: • …
The Optimal Warehouse Location For Cal Poly's Campus Dining, Robert Buie
The Optimal Warehouse Location For Cal Poly's Campus Dining, Robert Buie
Industrial and Manufacturing Engineering
The Cal Poly Corporation and Campus Dining face the challenge of meeting the growth of students and dining venues on campus with the limited space capacity of their warehouse in building 19. Given a $250,000 budget, Campus Dining has an option to keep the warehouse at the current location at building 19 or moving the warehouse to building 82 off Mt. Bishop Road. Each warehouse location has its benefits as building 19 is in the center of campus and building 82 has much more shelving space than building 19. The objective of this project was to select the better choice …
The Human-Centric Warehouse, Kevin R. Gue
The Human-Centric Warehouse, Kevin R. Gue
11th IMHRC Proceedings (Milwaukee, Wisconsin. USA – 2010)
In theory and in practice, the objective of warehouse design has long been to meet operational requirements of throughput and service performance at minimum cost. A natural product of this “bottom line” approach has been warehouse buildings and operations ill-suited to the humans who spend their working lives interacting with them. We offer an explanation for the current approach, and argue that a new approach— a new paradigm —is needed. We then describe a comprehensive approach to warehouse design that includes human well-being as a primary goal.