SHIPS STABILITY FOR MATES MASTERS

By:

RHODES, MARTIN

Publication details: Seamanship International Ltd 2003 SCOTLANDEdition: 1STDescription: XVI+558 P. PaperbackISBN:

978-0953437931

Subject(s):

MARINE ENGINEERING

DDC classification:

623.8171 RHO

Online resources:

Contents:

SHIPS STABILITY FOR MATES MASTERS Marine Engineering Grounding Ship Construction SHIP DESIGN Drydocking Stability Naval Architecture Stability Of Ship Ship Stability Trim Bilging Bending of Beams Transverse Stability Laws Of Flotation Forces and Moments Centroids Density and Specific Gravity Effect of Density Free Surface Effect TPC Coefficients Simpson's Rules Final KG Statical Stability Hydrostatic Cuves Water Pressure Permiability Dynamical Stability Angle of Loll Tank Sounding Liquid Pressure Centre of Pressure Ship Squat Heel Due to Turning Still Water Dead weight Scale Interaction Zero Metacentric Height Bending of Ships Strength Cruves for Ships Shear Stresses Stability Information Ship stability for masters and Mates Masters And Mates LOAD LINES GRAVITY STATICAL STABILITY SHIP TYPES Basic Principles ?? 2.?? Form Coefficients ?? 3.?? Tonnes Per Centimetre Immersion ?? 4.?? Introduction to Load Lines ?? 5.?? Centre of Gravity (G) and Centre of Buoyancy (B) ?? 6.?? Introduction to Transverse Statical Stability ?? 7.?? Conditions of Stability ?? 8.?? Initial Transverse Metacentre ?? 9.?? Free Surface Effect ?? 10. Curves of Statical Stability (GZ Curves) ?? 11. List ?? 12. Introduction to Trim ?? 13. Suspended Weights ?? 14. Assessing Compliance of a Ship's Loaded Condition with IMO Criteria ?? 15. Curves of Statical Stability for Varying Conditions of Stability ?? 16. The Wall Sided Formula ?? 17. Factors Affecting GZ Curve Shape ?? 18. The International Grain Code (IMO) ?? 19. Inclining Experiment ?? 20. Trim Using Hydrostatic Data ?? 21. Dry Docking ?? 22. Bilging ?? 23. Angle of Heel due to Turning ?? 24. Wind Heeling, Ice Accretion and Rolling ?? 25. Stability Problems Associated with Specific Ship Types ?? 26. Calculation and Assignment of Freeboard ?? 27. Shear Forces and Bending Moments in Ships ?? 28. Practical Ship Loading Problems?

Summary: Written by Martin Rhodes (BSC. Hons) who lectured in Ship Stability at Glasgow College of Nautical Studies between 1997-2005. Martin now a course leader at the nautical college in Trinidad & Tobago. 1. Basic Principles 2. Form Coefficients 3. Tonnes Per Centimetre Immersion 4. Introduction to Load Lines 5. Centre of Gravity (G) and Centre of Buoyancy (B) 6. Introduction to Transverse Statical Stability 7. Conditions of Stability 8. Initial Transverse Metacentre 9. Free Surface Effect 10. Curves of Statical Stability (GZ Curves) 11. List 12. Introduction to Trim 13. Suspended Weights 14. Assessing Compliance of a Ship's Loaded Condition with IMO Criteria 15. Curves of Statical Stability for Varying Conditions of Stability 16. The Wall Sided Formula 17. Factors Affecting GZ Curve Shape 18. The International Grain Code (IMO) 19. Inclining Experiment 20. Trim Using Hydrostatic Data 21. Dry Docking 22. Bilging 23. Angle of Heel due to Turning 24. Wind Heeling, Ice Accretion and Rolling 25. Stability Problems Associated with Specific Ship Types 26. Calculation and Assignment of Freeboard 27. Shear Forces and Bending Moments in Ships 28. Practical Ship Loading Problems This book of the CD-Rom Software of the same name is aimed at students studying for professional merchant navy deck officer certificates of competency. Ship Stability for Mates/Masters covers the syllabus requirements for the current Scottish Qualification Authority (SQA) Examination (conducted on behalf of the Maritime and Coastguard Agency (MCA)) up to STCW Chief Mate/Master Reg. II/2 (Unlimited) standard. It also covers the content of HND Ship Stability Units being currently offered by UK colleges as part of the underpinning knowledge required for certification to Officer of the Watch (OOW) and Chief Mate Levels (STCW 95). Because this text is likely to be used by students not serving on UK registered ships, or who might be attending non-UK college courses, IMO regulations requirements are also quoted where appropriate in addition to the MCA requirements.

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Holdings
Item type	Current library	Collection	Call number	Status	Date due	Barcode
Books	Tolani Maritime Institute	TEXT	623.8171 RHO (Browse shelf(Opens below))	Available		M14735

STERLING BOOK HOUSE INV/545 2024-05-06

SHIPS STABILITY FOR MATES MASTERS
Marine Engineering
Grounding
Ship Construction
SHIP DESIGN
Drydocking
Stability
Naval Architecture
Stability Of Ship
Ship Stability
Trim
Bilging
Bending of Beams
Transverse Stability
Laws Of Flotation
Forces and Moments
Centroids
Density and Specific Gravity
Effect of Density
Free Surface Effect
TPC
Coefficients
Simpson's Rules
Final KG
Statical Stability
Hydrostatic Cuves
Water Pressure
Permiability
Dynamical Stability
Angle of Loll
Tank Sounding
Liquid Pressure
Centre of Pressure
Ship Squat
Heel Due to Turning
Still Water
Dead weight Scale
Interaction
Zero Metacentric Height
Bending of Ships
Strength Cruves for Ships
Shear Stresses
Stability Information
Ship stability for masters and Mates
Masters And Mates
LOAD LINES
GRAVITY
STATICAL STABILITY
SHIP TYPES
Basic Principles
?? 2.?? Form Coefficients
?? 3.?? Tonnes Per Centimetre Immersion
?? 4.?? Introduction to Load Lines
?? 5.?? Centre of Gravity (G) and Centre of Buoyancy (B)
?? 6.?? Introduction to Transverse Statical Stability
?? 7.?? Conditions of Stability
?? 8.?? Initial Transverse Metacentre
?? 9.?? Free Surface Effect
?? 10. Curves of Statical Stability (GZ Curves)
?? 11. List
?? 12. Introduction to Trim
?? 13. Suspended Weights
?? 14. Assessing Compliance of a Ship's Loaded Condition with IMO Criteria
?? 15. Curves of Statical Stability for Varying Conditions of Stability
?? 16. The Wall Sided Formula
?? 17. Factors Affecting GZ Curve Shape
?? 18. The International Grain Code (IMO)
?? 19. Inclining Experiment
?? 20. Trim Using Hydrostatic Data
?? 21. Dry Docking
?? 22. Bilging
?? 23. Angle of Heel due to Turning
?? 24. Wind Heeling, Ice Accretion and Rolling
?? 25. Stability Problems Associated with Specific Ship Types
?? 26. Calculation and Assignment of Freeboard
?? 27. Shear Forces and Bending Moments in Ships
?? 28. Practical Ship Loading Problems?

Written by Martin Rhodes (BSC. Hons) who lectured in Ship Stability at Glasgow College of Nautical Studies between 1997-2005. Martin now a course leader at the nautical college in Trinidad & Tobago. 1. Basic Principles 2. Form Coefficients 3. Tonnes Per Centimetre Immersion 4. Introduction to Load Lines 5. Centre of Gravity (G) and Centre of Buoyancy (B) 6. Introduction to Transverse Statical Stability 7. Conditions of Stability 8. Initial Transverse Metacentre 9. Free Surface Effect 10. Curves of Statical Stability (GZ Curves) 11. List 12. Introduction to Trim 13. Suspended Weights 14. Assessing Compliance of a Ship's Loaded Condition with IMO Criteria 15. Curves of Statical Stability for Varying Conditions of Stability 16. The Wall Sided Formula 17. Factors Affecting GZ Curve Shape 18. The International Grain Code (IMO) 19. Inclining Experiment 20. Trim Using Hydrostatic Data 21. Dry Docking 22. Bilging 23. Angle of Heel due to Turning 24. Wind Heeling, Ice Accretion and Rolling 25. Stability Problems Associated with Specific Ship Types 26. Calculation and Assignment of Freeboard 27. Shear Forces and Bending Moments in Ships 28. Practical Ship Loading Problems
This book of the CD-Rom Software of the same name is aimed at students studying for professional merchant navy deck officer certificates of competency. Ship Stability for Mates/Masters covers the syllabus requirements for the current Scottish Qualification Authority (SQA) Examination (conducted on behalf of the Maritime and Coastguard Agency (MCA)) up to STCW Chief Mate/Master Reg. II/2 (Unlimited) standard. It also covers the content of HND Ship Stability Units being currently offered by UK colleges as part of the underpinning knowledge required for certification to Officer of the Watch (OOW) and Chief Mate Levels (STCW 95). Because this text is likely to be used by students not serving on UK registered ships, or who might be attending non-UK college courses, IMO regulations requirements are also quoted where appropriate in addition to the MCA requirements.

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