GEMI STABILITESI PDF
Home · Gemi Stabilitesi-Teoman Akin. Gemi Stabilitesi-Teoman Akin. February 2, | Author: Gökhan Güngör | Category: N/A. DOWNLOAD PDF – MB. Phone, Suggest a phone number Gemi stabilitesi ve yük istif. Local Business. Gemi stabilitesi ve yük istif. Posts about Gemi stabilitesi ve yük istif. There are. Bibliographic information. QR code for Gemi stabilitesi II. Title, Gemi stabilitesi II. Author, Serdal Can. Publisher, y.y., ISBN, ,
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Also, how much ship will sink and float is calculated in accordance with the difference between freeboard and draught by the system. Although alarm system will geki set by different values of trim, declination, cargo flow, pressure and vessel intact stability. To be able to calculate cargo quantity, drafts and trim. Contact Details for the Lecturer s monday to friday In this paper user needs, technical demands, project first design block diagram, map of the project implementation and spiral project management of the designed automation system will be explained.
System can be closed in any desired stage and manual loading – unloading operation can be commenced. Assessment Criteria Knowledge about cargo operations and ship stability at undergraduate level, having skills and competencies, research, analysis, interpretation, verbal and written expression, innovation, creativity and entrepreneurial skills and competencies will be evaluated.
A computer program which utilizes ship stability formulas will be used to create this automation system. To be able to calculate and understand geji moments, shear forces and other stresses on ships hull.
Office Hours monday to friday Mode of Delivery Face -to- Face.
Gemi Stabilitesi-Teoman Akin
Language of Instruction English. Understanding load lines and minimum freeboard concepts. To be familiar with international rules on safe cargo handling, carriage of stabiljtesi and stowage. Offered to Marine Transportation Engineering.
Course Objective To be familiar with international rules on safe stabilitewi handling, carriage of cargo and stowage. Knowledge about cargo operations and ship stability at undergraduate level, having skills and competencies, research, analysis, interpretation, verbal and written expression, innovation, creativity and entrepreneurial skills and competencies will be evaluated.
Automation system warns the operator giving an alarm in terms of unforeseen safety events.
While all of these, revolution number of pump will be adjusted adhering to entered cargo flow and pressure value and pump type. Due to the alarm system, early intervention method which prevents the unexpected accidents that may occur will be developed. The first and most important reason foroccurrence of that accident is excessive crew fatigue that originates as a result gmi the heavy workload.
Probability of substantial damages that may arise as a result of accidents and risk of pollution, explosion and fire make loading-unloading operations more critical while vessel is at the harbour. Operatorswill only spend their time to followthe trim, declination, cargo flow, pressure and vessel intact stability and to reach the first targeted cargo and ballast values by the help of this system.
Through this computer generated stabiliteso, cargo and ballast tanks will be measured at regular intervals and all phases of operation will take place not exceeding the limit of trim, declination, Cargo flow, pressure and vessel intact stability which all determined by operator. To understand the international codes and applications on cargo and ship stability, and local practices.
Offered By Marine Transportation Engineering. To be able to calculate stresses on cargo handling gear. Work Placement s None.
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Ballast and cargo valves controlled by automation system will be regulated by the system adhering to the specified criteria. Alarm levels and design details of system was elaborated etabilitesi this study. Timber cargo operations, calculations and regulations To understand theory of cargo handling, To understand the theory of displacement, draft survey, GM and trim.
To be able to use proper computer software to calculate stability and stresses. Moreover, this will prevent the over fatigue of operator therefore minimizing of the human origin errors can be provided. In this study, it is targeted to compose an automation system for loading-unloading operations which works according to criteria to be determined by operator for minimizing human errors and operational risks.
The system is designed that general alarm will start and sound as a result of the alarm cannot be silenced at intervals to be determined by operator. Loading and unloading operations are the most critical operations for tankers. Absent students in presentation and homework delivery dates will be marked 0. Recomended Optional Programme Components None. Prerequisites and Co-requisites None.