P G Diploma Naval Architecture and Shipbuilding

Post Graduate Diploma

Online

₹ 30,000 VAT incl.

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Description

  • Type

    Post Graduate Diploma

  • Methodology

    Online

  • Duration

    1 Year

  • Start date

    Different dates available

  • Online campus

    Yes

Naval architecture, also known as naval engineering, is an engineering discipline dealing with the engineering design process, shipbuilding, maintenance, and operation of marine vessels and structures.[1][2] Naval architecture involves basic and applied research, design, development, design evaluation and calculations during all stages of the life of a marine vehicle. Preliminary design of the vessel, its detailed design, construction, trials, operation and maintenance, launching and dry-docking are the main activities involved. Ship design calculations are also required for ships being modified (by means of conversion, rebuilding, modernization, or repair). Naval architecture also involves formulation of safety regulations and damage-control rules and the approval and certification of ship designs to meet statutory and non-statutory requirements.

Facilities

Location

Start date

Online

Start date

Different dates availableEnrolment now open

About this course

GRADUATION PASSED

GRADUATION PASSED

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Subjects

  • Basic
  • Engineering
  • Basic IT
  • IT Engineering
  • Design Process
  • Strength of individual structural elements
  • Horizontal flexure and torsion
  • Structural safety
  • Nature of the ship’s structure
  • Ship handling

Teachers and trainers (1)

SNEHA  SHARMA

SNEHA SHARMA

COUNSELOR

Course programme

1 Introduction 1 Ships 1 Naval architecture and the naval architect 1 The impact of computers 6 2 Ship design 8 The requirements 8 Design 10 Developing the design 11 The design process 12 Some general design attributes 20 Safety 23 Summary 29 3 Definition and regulation 30 Definition 30 Displacement and tonnage 38 Regulation 40 Summary 48 4 Ship form calculations 49 Approximate integration 49 Spreadsheets 59 Summary 61 5 Flotation and initial stability 62 Equilibrium 62 Stability at small angles 66 Hydrostatic curves 74 Problems in trim and stability 76 Free surfaces 81 v Prelims.qxd 4~9~04 13:01 Page v The inclining experiment 84 Summary 86 6 The external environment 87 Water and air 87 Wind 88 Waves 89 Wave statistics 99 Freak waves 100 Other extreme environments 101 Marine pollution 101 Summary 103 7 Stability at large angles 104 Stability curves 105 Weight movements 111 Dynamical stability 113 Stability standards 116 Flooding and damaged stability 118 Summary 127 8 Launching, docking and grounding 128 Launching 129 Docking 133 Grounding 139 Summary 142 9 Resistance 143 Fluid flow 143 Types of resistance 146 Calculation of resistance 157 Methodical series 162 Roughness 164 Form parameters and resistance 165 Model experiments 169 Full scale trials 169 Effective power 172 Summary 172 10 Propulsion 174 General principles 174 Propulsors 176 The screw propeller 178 Propeller thrust and torque 186 vi CONTENTS Prelims.qxd 4~9~04 13:01 Page vi Presentation of propeller data 189 Hull efficiency elements 195 Cavitation 199 Other propulsor types 205 Ship trials 209 Main machinery power 214 Summary 216 11 Ship dynamics 218 The basic responses 218 Ship vibrations 224 Calculations 226 Vibration levels 230 Summary 232 12 Seakeeping 233 Seakeeping qualities 233 Ship motions 234 Presentation of motion data 236 Motions in irregular seas 237 Limiting factors 240 Overall seakeeping performance 243 Acquiring seakeeping data 244 Effect of ship form 247 Stabilization 248 Summary 252 13 Manoeuvring 253 Directional stability and control 254 Manoeuvring 255 Manoeuvring devices 261 Ship handling 269 Dynamic stability and control of submarines 272 Modifying the manoeuvring performance 273 Underwater vehicles 274 Summary 275 14 Main hull strength 276 Modes of failure 277 Nature of the ship’s structure 279 Forces on a ship 280 Section modulus 289 Superstructures 294 Standard calculation results 297 CONTENTS vii Prelims.qxd 4~9~04 13:01 Page vii Transverse strength 301 Summary 303 15 Structural elements 304 Strength of individual structural elements 304 Dynamics of longitudinal strength 311 Horizontal flexure and torsion 317 Load-shortening curves 318 Finite element analysis 321 Structural safety 322 Corrosion 324 Summary 327 16 The internal environment 328 Important factors 328 Summary 334 17 Ship types 335 Merchant ships 336 High speed craft 359 Warships 363 Summary 373

Call the centre

P G Diploma Naval Architecture and Shipbuilding

₹ 30,000 VAT incl.