Thesis on final year project on Vehicle Tracking System through GPS device
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Thesis on final year project on Vehicle Tracking System through GPS device
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DYNAMIC ANALYSIS OF LIQUID CONTAINING CYLINDERICAL TANKS By: Samuel
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Thesis Disaster Risk Reduction
THE AERODYNAMIC ANALYSIS OF BWB BASELINE II E5-8 UAV WITH CANARD ASPECT RATIO (AR) OF 8 AT ANGLE OF ATTACK OF 10 DEGREE AT 0.1 MACH NUMBER THROUGH CFD SIMULATION AT DIFFERENT CANARD SETTING …Full description
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CEBU INSTITUTE OF TECHNOLOGY U N I V E R S I T Y DEPARTMENT OF ARCHITECTURE
A S SUSTAINABLE & & M MODERNIZED C CEBU IINTERATIONAL CARGO S SEAPORT iin C CONSOLACION: Infr astr uctur e & & F Facilities A Advancement ttowar ds Efficient C Car go H Handling O Oper ations
Introduction The Cebu International Port is one of the busiest ports in the Philippines. The Port of Cebu has positioned itself as the trailblazer as far as Philippine ports sector is concerned, with highly impressive year-on-year tonnage throughput growth of 24.43% forecast – Philippines Shipping Report Q1 2012. However, due to the high demand of cargo volume, the existing Cebu International Port has been congested, handling more than of its intended capacity. Though it is internationally operated, the existing cargo seaport cannot accommodate larger international cargo ships due to the shallow depth beneath its berths. It is also noticed that the infrastructure & facilities should be upgraded to world class standard in order for the efficiency of the port operation and services to enhance the transport and trade competitiveness of the Cebu Port. Statement of the problem:
How to design an international cargo seaport that will have a high trading volume of cargoes?
What are the different cargo ships that will dock in the cargo seaport?
What is their respective berth depths needed?
What are the new possible international cargo ships that can be accommodated?
What are the different cargoes to be handled in the cargo seaport? How to enhance the facilities and infrastructure of a cargo seaport to achieve world class standards? What are the different laws and/or standards for cargo seaport planning and design? What are the facilities and infrastructure that are present in the existing cargo port? What are the possible facilities and infrastructure to be upgraded and/or added to have efficient service and to enhance the navigational safety of the cargo seaport? How the facilities and infrastructure will be treated in order to reduce or avoid negative environmental impacts to be brought by the cargo seaport? What are the possible elements that will be harmed during the construction and operation of the cargo seaport?
What are the sustainable strategies to be applied unto the cargo seaport design?
Objectives
To design an international cargo seaport that will have a high trading volume of cargoes To enhance/upgrade the facilities and infrastructures of the cargo seaport to achieve world class standards thus, enhancing the Cebu transport and trade competitiveness To comprehensively plan sustainable cargo seaport that is harmless to the environment
Bibliography •
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An Introduction to the Terminal Layouts & Design Procedure of Container Terminal, Chinese Taipei, October 1999 Strategic Plan for the Iqaluit Deepwater Port Project prepared for the City of Iqaluit, Aarluk Consulting Inc., Gartner Lee Limited and Chris Anderson, August 2005 Design & Construction of Ports & Marine Structures, Alonzo Def. Quinn, McGrawHill Book Co., 1961
Method of research •
Qualitative method
Firsthand experience, truthful reporting & quotation of actual conversation •
Descriptive method
Collection of data in order to answer questions concerning the current status of the study; description, recording, analysis and interpretation of conditions exist Instruments of gathering data Interview Collect information from professionals which has the experience and expertise on port design •
Observation Full and/or accurate information cannot be elicited by questioning •
Documents
Government publications, earlier research, census
Study Population
Shipping industries Transportation industries
Sampling design n= N/ 1+Ne Where: n= sample size N= population size e= desired margin of error •
Random Sampling
Lottery sampling - usually carried out by assigning numbers to each member of the population and from these, the required numbers of sample units are picked Statistical Treatment •