Core network corridors putting work plans into practice r. franklin
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The document discusses the infrastructure requirements of logistics organizations from the perspective of Prof. Dr. J. Rod Franklin. It notes that logistics organizations have relatively simple infrastructure needs that focus on timeliness, cost, service, ease of use, and reliability. Specifically, the key issues they would like addressed for rail, road, inland waterways, short sea shipping, and air focus on standardization, integration, sufficient capacity, and intelligence to enable seamless transport across modes.
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A manager should consider factors like nature of goods, urgency of delivery, cost constraints, availability of modes, transportation infrastructure etc. Key decisions include
Wk 3_Role of Transportation in the supply chain.pptx
Transportation plays a key role in supply chain management by moving products between different stages of the supply chain. The selection of a transportation mode depends on factors like the product characteristics, cost, speed, and reliability. There are different legal forms of transportation including common carriers, contract carriers, exempt carriers, and private carriers. Less than truckload (LTL) shipping is cost-effective for smaller shipments but has more handling while full truckload (FTL) shipping is best for larger shipments and sensitive cargo due to less handling. Containerization standardized shipping containers for efficient intermodal transportation. Tracking and tracing provides supply chain visibility in real-time for improved fleet management, driver safety, security, efficiency and customer service.
Sri Lanka offers a variety of transportation modes to navigate the island, ca...
Sri Lanka offers a variety of transportation modes to navigate the island, catering to different preferences and budgets. Here's an overview:
Buses: Buses are the most common mode of public transportation in Sri Lanka. They cover almost every part of the island and are relatively inexpensive. However, they can be crowded and sometimes uncomfortable, especially during peak hours.
Trains: Sri Lanka Railways operates an extensive network of trains connecting major cities and towns. The train journey is known for its scenic beauty, especially the famous Kandy to Ella route. There are different classes available, ranging from basic to more luxurious options like observation cars.
Tuk-tuks: These three-wheeled vehicles are ubiquitous in Sri Lanka, especially in urban areas. They are convenient for short trips within cities and towns and offer a more personalized and flexible mode of transportation. Negotiate the fare before starting your journey.
Taxis: Metered taxis are available in cities like Colombo and Kandy, offering a more comfortable and private transportation option compared to tuk-tuks. Ride-hailing apps like Uber and PickMe are also popular in urban areas.
Rental Cars: Renting a car is another option for travelers who prefer the freedom to explore at their own pace. Several international and local car rental companies operate in Sri Lanka, but driving conditions can be challenging, especially in busy city centers.
Motorcycles/Scooters: Renting a motorcycle or scooter is a popular choice for adventurous travelers, especially in beach towns like Hikkaduwa and Mirissa. However, be sure to wear a helmet and exercise caution, as road conditions can be unpredictable.
Cycling: Cycling is a great way to explore smaller towns and rural areas of Sri Lanka. There are several bike rental shops catering to tourists, especially in popular tourist destinations like Galle and Sigiriya.
Domestic Flights: Sri Lanka has several domestic airports, offering flights between major cities like Colombo, Kandy, and Jaffna. While more expensive than other modes of transportation, domestic flights can save time, especially when traveling long distances.
Each mode of transportation in Sri Lanka has its advantages and disadvantages, so choose the option that best suits your itinerary, budget, and preferences.
Transportation
Transportation refers to the movement of products through the supply chain from production to consumption. It is an important part of logistics and supply chain management as products are rarely produced and consumed in the same location. There are various modes of transportation including road, rail, water, air, pipeline, and intermodal, each with their own advantages and costs depending on factors like speed, availability, dependability, cargo capabilities, frequency, and fixed versus variable costs. Transportation plays a crucial role in efficiently and economically distributing goods throughout the supply chain.
Transportation in supply chain
This document provides an overview of transportation in supply chains. It discusses the role of transportation in connecting suppliers and customers. Various modes of transportation are described, including truck, air, rail, water, pipeline, and intermodal. Advantages and disadvantages of each mode are outlined. The document also discusses transportation infrastructure and policies, factors that influence transportation network design such as costs and customer needs, and provides examples of direct shipping networks and networks using consolidation points. It concludes with a case study of the unique dabbawala system used in Mumbai to deliver home-cooked meals to workers.
Logistics
Logistics involves transporting products from where they are produced to where they will be consumed. Transportation modes include motor, rail, air, water, and pipeline. Transportation costs are influenced by product characteristics like density and liability, as well as market factors like competition and government regulations. Key service characteristics are dependability, time in transit, market coverage, flexibility, and loss/damage performance. Common transportation terms include consignment, bill of lading, and freight bill. Intermodal or multimodal transportation combines multiple modes like rail and truck. Containerization allows efficient transport of standardized containers across modes.
Transport system.pptx
Modes of transport,means of transport, importance of transport, advantages of transportation, problems of transport sector, problem faced by public sector, solution to transport system,means of communication, importance of communication, advantage of communication, disadvantages of communication and conclusion
Highway And traffic Engineering
This course provides an introduction to transportation engineering through five modules: transportation systems engineering, transportation planning, geometric design, pavement design, and traffic engineering. The objectives are to present a systems approach to transportation and describe the basic characteristics and models used in transportation planning, geometric design of highways, pavement design, and traffic engineering parameters and controls. The course aims to give students an overview of the interactions within transportation systems and the engineering concepts used in their planning, design, and operation.
Logistics and Managing Transportion.pptx
Transportation is the backbone of logistics and accounts for 40-50% of total logistics costs. It facilitates the movement of goods and connects production facilities. The key modes of transportation are roadways, railways, waterways, airways, and pipelines. Choosing the right mode or combination depends on factors like type of goods, distance, costs etc. Effective transportation requires applying principles like economy of scale and distance to reduce costs. Containerization, network design, and route planning techniques further optimize the transportation system.
Transportation Planning & Management
This document provides an overview of transportation engineering, including the objectives of the course and various modes of transportation. It describes the main modes as road, rail, maritime, air, and pipelines. It also defines a transportation system as consisting of fixed facilities, flow entities, and a control system. Transportation planning is discussed as a process involving survey, analysis, forecasting, evaluation, adoption, implementation and ongoing studies to develop an efficient system.
Decesion making criteria in transport management 1
This document discusses key concepts in transport management. It outlines factors that influence transport decision making for shippers and carriers such as transportation costs, inventory costs, speed of transport, and cost of services. It also identifies criteria for selecting transport modes, including value of shipment, nature of consignment, and distance involved. Additionally, it examines factors that determine transportation costs such as volume, density, competition and special service requirements. The conclusion emphasizes that transport management greatly impacts business profitability and selecting transport using decision criteria allows for cost efficiency and service advantages.
Decision making criteria in transport management 1
This document discusses key concepts in transport management. It defines transport management and explains that transport costs account for a significant portion of logistics costs. The document outlines factors that influence transport decisions for shippers and carriers such as transportation costs, inventory costs, speed of transport, and distance involved. It also discusses criteria for selecting transport modes and factors that determine transportation costs like the value, volume, and density of goods as well as packaging and destination requirements.
Lec 01 Introduction of Transportation Engineering (Transportation Engineering...
This document discusses transportation systems and their various components. It defines transportation engineering and notes that transportation systems consist of fixed facilities like roads and railroads, vehicles that use these facilities, and control systems to guide traffic. It categorizes transportation systems into four main modes - land, water, air, and pipelines. Each mode has distinct characteristics in terms of speed, accessibility, costs, capacities, and environmental impacts. Urban transportation focuses on passenger transport using modes like buses, light rail, and rapid transit rail. The document provides details on various urban transit options and their characteristics.
transportation-.pptx
Group 8 Transportation
The document discusses key aspects of developing an effective transportation strategy including understanding customer requirements, selecting appropriate transportation modes, developing carrier relationships, and establishing performance benchmarks and metrics. It also outlines three levels of transportation decision making - long-term strategic decisions, lane operation decisions, and dock-level operational decisions. Finally, it identifies several important factors that affect transportation performance such as terminal facilities, vehicles, routes and more.
Transportation ppt
Group 1 members are Akshay Samant (Roll No. 04) and Harshita Deotare (Roll No. 19). Transportation is the movement of items from one place to another and is crucial for logistics. It allows for the efficient movement of goods and impacts areas through its speed, costs, and capabilities. Different modes of transportation like rail, road, water, and air each have their own advantages and disadvantages.
Similar to Core network corridors putting work plans into practice r. franklin (20)
Supply Chain Management - Transportation - MBA Project
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Chapter 6 - Session 1- Transportation network [Compatibility Mode].pdf
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Wk 3_Role of Transportation in the supply chain.pptx
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Sri Lanka offers a variety of transportation modes to navigate the island, ca...
Sri Lanka offers a variety of transportation modes to navigate the island, ca...
Decesion making criteria in transport management 1
Decesion making criteria in transport management 1
Decision making criteria in transport management 1
Decision making criteria in transport management 1
Lec 01 Introduction of Transportation Engineering (Transportation Engineering...
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2024: The FAR - Federal Acquisition Regulations, Part 41
2024: The FAR - Federal Acquisition Regulations, Part 41
PUBLIC FINANCIAL MANAGEMENT SYSTEM (PFMS) and DBT.pptx
PUBLIC FINANCIAL MANAGEMENT SYSTEM (PFMS) and DBT.pptx
Core network corridors putting work plans into practice r. franklin
- 1. INFRASTRUCTURE AND LOGISTICS SERVICES PROF. DR. J. ROD FRANKLIN, P.E. DEAN OF PROGRAMS KÜHNE LOGISTICS UNIVERSITY VICE CHAIRMAN ALICE - ALLIANCE FOR LOGISTICS INNOVATION THROUGH COLLABORATION IN EUROPE
- 2. THE INFRASTRUCTURE REQUIREMENTS OF LOGISTICS ORGANIZATIONS ARE RELATIVELY SIMPLE • Don’t delay my shipments • If you are going to delay my shipments, let me know • Reduce my costs • Don’t impose on me differing requirements/standards • Act intelligently so I can improve my services • Make mode switching seamless if I need to switch modes • Provide me with the most direct routes between destinations • It’s all about stakeholder requirements • Time • Cost • Service • Ease of use • Reliability 2
- 3. THE KEY ISSUES THAT LOGISTICS ORGANIZATIONS WOULD LIKE TO SEE ADDRESSED FOCUS ON THESE SIMPLE NEEDS • Rail • Better integration of the pan-European system • Standardized gauge for seamless movement of trains • Standardized traction approaches to eliminate engine switching • Standardized signaling to eliminate crew/engine switching • Standardized power to eliminate costly converter requirements • Integrated planning and management systems to reduce delays • Common standards for bed design for uniform speed • Uniform clearance heights • Road • Sufficient lane capacities across all corridors • Uniform construction standards to reduce maintenance and facilitate pan-European vehicle and trailer standards • Embedded intelligence for real time operational planning, autonomous operations, platooning, and safety • Standardized signage and signaling 3
- 4. KEY ISSUES CONTINUED • Inland Water Ways • Standard depth • Standard height clearances • Standardized load/unload processes • Uniform hinterland access • Short Sea Shipping • Integrated port access • Uniform standards for equipment • Uniform hinterland access • Air • Upgraded air traffic control • Open skies • Rail and road access • Synchromodal Activities • Integrated “meta” operational control systems • Uniform container standards • Rapid load/unload/transfer systems 4
- 5. THANK YOU FOR YOUR TIME As long as I live, I'll hear waterfalls and birds and winds sing. I'll interpret the rocks, learn the language of flood, storm, and the avalanche. I'll acquaint myself with the glaciers and wild gardens, and get as near the heart of the world as I can. John Muir Thank you for your attention! Prof. Dr. J. Rod Franklin Kühne Logistics University +49 40 328 707 231 rod.franklin@the-klu.org