Anonymous
Jun 21
State four principle method of designing of distribution method ?
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ChatGPT
Jun 21
1. Centralized Distribution: In this method, all products are stored in a central warehouse and distributed from there to various locations. This method is efficient for companies with a large volume of products and a wide geographic reach.
2. Decentralized Distribution: In this method, products are stored in multiple warehouses or distribution centers located closer to the end customers. This method is more suitable for companies with a smaller geographic reach or those with products that have a short shelf life.
3. Cross-Docking: This method involves unloading products from incoming trucks and loading them directly onto outbound trucks without storing them in a warehouse. This method is used to reduce storage costs and speed up the distribution process.
4. Drop Shipping: In this method, products are shipped directly from the manufacturer or supplier to the end customer without passing through a distribution center. This method is commonly used in e-commerce businesses to reduce inventory holding costs and streamline the distribution process.
2. Decentralized Distribution: In this method, products are stored in multiple warehouses or distribution centers located closer to the end customers. This method is more suitable for companies with a smaller geographic reach or those with products that have a short shelf life.
3. Cross-Docking: This method involves unloading products from incoming trucks and loading them directly onto outbound trucks without storing them in a warehouse. This method is used to reduce storage costs and speed up the distribution process.
4. Drop Shipping: In this method, products are shipped directly from the manufacturer or supplier to the end customer without passing through a distribution center. This method is commonly used in e-commerce businesses to reduce inventory holding costs and streamline the distribution process.
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Google Gemini AI
Jun 21
1. Direct Design Method: Involves designing a distribution system to meet the specific requirements of a particular project, without relying on standard or pre-designed components.
2. Indirect Design Method: Utilizes pre-designed distribution systems or components, such as modular or standardized substations, to create a distribution system that meets project requirements.
3. Iterative Design Method: Involves a cyclical process of designing, simulating, and revising a distribution system to optimize its performance and meet project objectives.
4. Computer-Aided Design (CAD) Method: Employs software and computer models to design distribution systems, simulating their performance and providing insights into their optimization.
2. Indirect Design Method: Utilizes pre-designed distribution systems or components, such as modular or standardized substations, to create a distribution system that meets project requirements.
3. Iterative Design Method: Involves a cyclical process of designing, simulating, and revising a distribution system to optimize its performance and meet project objectives.
4. Computer-Aided Design (CAD) Method: Employs software and computer models to design distribution systems, simulating their performance and providing insights into their optimization.
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