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TRANSPORTATION PL201 FUNDAMENTAL OF LOGISTICS MANAGEMENT. INTRODUCTION. Transportation is moving and transferring units, personnel, equipment, and supplies to support the concept of operations. Transportation involves the physical movement of goods between origin and destination points.
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INTRODUCTION • Transportation is moving and transferring units, personnel, equipment, and supplies to support the concept of operations. • Transportation involves the physical movement of goods between origin and destination points. • The transportation system links geographically separated partners and facilities in a company’s supply. • Transportation facilitates the creation of time and place utility in the supply chain. • Transportation also has a major economic impact on the financial performance of businesses.
RELATIONSHIP BETWEEN TRANSPORTATION AND LOGISTICS IN SUPPLY CHAIN MANAGEMENT • Transportation is a key activity in logistics because it moves product through the various stages of production and ultimately to consumers. • Transportation is usually the largest single cost expenditure in most logistics operations.
Role of Transportation in Supply Chain Management • Transportation provides the critical links between these organizations, permitting goods to flow between their facilities. • Transportation service availability is critical to demand fulfillment in the supply chain. • Transportation efficiency promotes the competitiveness of a supply chain
RECOGNIZE PARTICIPANTS DECISIONS Public Government Shipper Carrier and agents Consignee (Receiver) Internet
KEY LOGISTICS FUNCTIONSIN A SUPPLY CHAIN TRANSPORTATION LO4 • Railroads • Intermodal Transportation • Piggy-Back or Traileron Flatcar (TOFC) • Containers 16-9
KEY LOGISTICS FUNCTIONSIN A SUPPLY CHAIN TRANSPORTATION LO4 • Motor Carriers • Air Carriers and Express Companies • Freight Forwarders/Express Companies 16-10
KEY LOGISTICS FUNCTIONSIN A SUPPLY CHAIN TRANSPORTATION LO4 • Pipelines • Water 16-11
Rail • A long hauler and slow mover for raw materials (coal, lumber, chemicals) and low-valued products (food, paper & wood products) • In US, typical length of haul 720 miles with average train speed of 22 miles/hour and average distance travelled of 64 miles/day • Slow speed is due to long overhead time in loading/unloading, moving within terminal, rail car assembly
Truck • A transportation service for semi-finished and finished products and for small shipment • In US, the average length of haul is 646 miles for less-than-truckload (LT) and 274 miles for truckload (TL) • Provide high frequency door-to-door service without extra loading/unloading • Restrictions on shipment’s weight, length and width
Air • Provide quick transportation service over long distance • Good dependability and availability under normal operating conditions • Delivery time variability is low in absolute magnitude, but the variability, when compared with average delivery time, is ranked as one of least reliable modes • Has a distinct advantage in terms of loss and damage • In US, average length of freight is 1300 miles
Water • Confine to inland waterway system and costal areas • Large carrying capacity, super container vessels can carry up to 7200 TEU (i.e.180000 tons) • Loss and damage is low • Substantial packaging is needed to protect goods against rough handling during loading-unloading operation
Pipeline • Offer very limited range of service and capabilities • The most economically transportation service for crude oil, natural gas, and refined petroleum product • Product movement speed is slow, about 3-4 miles/hr, but effective speed can be high because of 7-24 operations • Most dependable in terms of transit time • Loss and damage is low
FIGURE 16-5 Advantages and disadvantages of five modes of transportation 16-17
Single modes • The most basic carrier type is a single-mode operator that offers service utilizing only one transport mode. This degree of focus allows a carrier to become highly specialized, competent, and efficient. However, the approach creates significant difficulties for intermodal transport because it requires negotiation and a transaction with each individual carrier. Airlines are an example of a single-mode carrier for both freight and passenger service since they only offer service from airport to airport. The shipper or passenger is responsible for movement to and from the airport. A series of single-mode operations require more management effort and, thus, increase cost
Specialized carrier • Over the past several decades a serious problem existed in small-shipment transportation. It was diffietilt for a common carrier to provide a reasonably' priced small-shipment service because of significant overhead cost associated with terminal and line-haul service. This overhead forced motor carriers to assign a minimum charge for handling any shipment.
Intermodal operators • Intermodal operators use multiple modes of transportation to take advantage of inherent economies of each arid thus provide integrated service at the lowest total cost.