000			02061nam a2200181Ia 4500
999			_c54782 _d54782
008			180731s9999||||xx |||||||||||||| ||und||
082			_aSD TH-0221 _bVIJ
100			_aVijay, Sai K. (PT401714) _962094
245		0	_aEffect on raker piles in offshore berthing and mooring structures (Also available on CD)
260			_c2018
300			_aiv,47p.,CD-ROM
505			_aCONTENTS Abstract 1 Acknowledgement 2 Contents 3 List of tables 6 1. Introduction 7 1.1. General 7 1.1.1. An outline of the subject 7 1.1.2. Marine Piles 8 1.2. Need for Study 9 1.3. Objective 10 1.4. Scope of work 10 1.5. Methodology 11 1.6. Organization of Document: 12 2. Literature Review 13 2.1. (Kavazanjian, 2006) 13 2.2. (Poulos, 2006) 13 2.3. (Giannakou, 2010) 13 2.4. (Madhuri, 2007) 13 3. Problem Formulation 14 3.1. General 14 3.2. Data Collection and geometry set up for the piled berthing and mooring platform: 14 3.2.1. Platform sizing 17 3.3. Load data : 17 3.3.1. Dead Load: 17 3.3.2. Live Load: 17 3.3.3. Berthing force: 18 3.3.4. Mooring Force: 19 3.3.5. Current force: 20 3.3.6. Wave force: 21 3.3.7. Hydrodynamic force due to seismic: 23 3.3.8. Wind force: 24 3.3.9. Seismic force: 26 3.3.10. Load combination: 26 3.4. Breasting Dolphin 26 3.4.1. Breasting Dolphin Arrangement: 26 3.5. 2D model for basic understanding: 28 3.6. Berthing model generation: 29 3.7. Force evaluation: 31 4. Results & Discussions 32 4.1. Piles in Dense Sand 32 4.2. Piles in Medium Sand 36 4.3. Piles in Loose Sand 38 4.4. 2D frame results comparison 40 4.5. Berthing model results comparison 43 5. Conclusions & future scope 45 5.1. 2D frame for basic understanding 45 5.2. Berthing Model 45 5.3. Future Scope 46 References 47
700			_aShah, Dhara (Guide) _962095
890			_aIndia
891			_a2014 Batch
891			_aFT-PG
891			_aStructural Design