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Breakwaters are structures that protect coastal areas from wave attack. They provide shelter for ports and harbors by manipulating sand transport and trapping sand. There are various types of breakwaters such as rubble mound, vertical wall, reef, piled, and combinations. The appropriate type depends on factors like materials availability, water depth, foundations, and costs. Vertical wall breakwaters resist loads through friction and soil bearing capacity and can fail through sliding, overturning, or local scour/erosion. Breakwaters are important for protecting coastal infrastructure from hazards while considering economics and suitable design.
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This document discusses different types of breakwaters. Breakwaters are structures built along coasts to protect areas from wave disturbance. There are three main categories: rubble mound breakwaters, vertical-wall breakwaters, and floating breakwaters. Rubble mound breakwaters are constructed from natural rubble or stone and are the most widely used in Indian ports due to their cost-effectiveness. Vertical-wall breakwaters use concrete blocks or mass concrete and reflect waves without dissipating much energy. Floating breakwaters are removable structures constructed from caissons or pontoons that can be sunk or floated as needed.
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This document discusses various port and harbor structures and facilities. It begins by defining ports, harbors, and breakwaters. It then describes different types of ports like inland ports, fishing ports, dry ports, and seaports. It also discusses the differences between harbors and ports. The document outlines types of breakwaters including detached, headland, nearshore, rubble mound, and vertical breakwaters. It also defines wharves, piers, docks, and their classifications. Finally, it discusses modern port facilities like storage facilities, cargo sorting facilities, ship service facilities, and movable passenger boarding facilities. It provides an overview of the key components and infrastructure required for modern ports and harbors.
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Breakwaters are structures built along coastlines to protect harbors, anchorages, and shore areas from wave damage. They work by reflecting and dissipating wave energy. There are several types of breakwaters including detached, headland, nearshore, attached, rubble mound, vertical, and submerged. Planning a breakwater requires detailed surveys of the site hydrography, sea bed geology, wave climate, material needs assessment, and cross-sectional design. Proper planning ensures breakwaters are engineered to withstand local conditions and provide effective coastal protection.
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This document provides an overview of docks and harbours for construction. It defines key terms like dock and harbour. Harbours are sheltered areas used for loading/unloading vessels and providing refuge from storms. Harbours are classified as artificial, natural, or semi-natural. Planning requires studying site conditions. Requirements include sufficient depth, anchorage, and entrance width. Harbour features include breakwaters, docks, channels, jetties, and basins. Docks enclose areas for berthing ships, and can be wet or dry. Entrance channels should be deep and wide. Jetties project into water for berthing. Basins are used for parking and turning ships.
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This document discusses different types of breakwaters. Breakwaters are structures built along coasts to protect areas from wave disturbance. There are three main categories: rubble mound breakwaters, vertical-wall breakwaters, and floating breakwaters. Rubble mound breakwaters are constructed from natural rubble or stone and are the most widely used in Indian ports due to their cost-effectiveness. Vertical-wall breakwaters use concrete blocks or mass concrete and reflect waves without dissipating much energy. Floating breakwaters are removable structures constructed from caissons or pontoons that can be sunk or floated as needed.
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1) The document describes the design of a rubble mound breakwater according to the Coastal Engineering Manual from 2006. This includes determining the height, stone sizes for each layer, and bearing capacity of the soil.
2) Key design parameters are specified, such as a maximum allowable overtopping of 0.4 m3/sec/m, water depth varying from 5.5m to 7.2m, and quarry stone used for the armor and under layers.
3) Calculations are shown to determine the design elevation of 12.3m above sea level, accounting for freeboard, wave runup, and settlements. Dimensions such as stone sizes, layer thicknesses, and number of
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This chapter discusses general design considerations for beach stabilization structures. It outlines the objectives to redistribute available sand while limiting adverse impacts. Shore-connected structures like groins and breakwaters are described that interrupt longshore transport, causing accumulation updrift and potential erosion downdrift. Design requires analyzing wave, current and transport conditions, and structures must be tailored to each site.
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The document discusses various methods for measuring and simulating wave interaction with coastal structures. It describes a physical wave flume used to model rubble mound breakwaters and armor units. It also discusses numerical simulations of wave run-up, infiltration, and pore pressure using Navier-Stokes equations. A variety of instrumentation is presented, including particle image velocimetry, profilers, and wave run-up gauges to measure wave interaction in both physical and field settings.
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Breakwaters are structures built along coasts to protect harbors, anchorages, and shorelines from wave damage. They work by reflecting and dissipating wave energy before it reaches the protected area. There are several types of breakwaters including detached, headland, nearshore, attached, rubble mound, vertical, and submerged. The appropriate type depends on factors like water depth, wave climate, and material availability. Successful breakwater design requires detailed surveys of seabed conditions, wave patterns, and material needs to ensure the structure is stable and effective.
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Concrete Armours are also known as Rubble mound breakwaters are mostly built of quarried rock. Larger armour stones are generally used for the outer layer to protect the structure against wave attack. The wave loads during a design storm may show the need for an armour rock size, which cannot be economically produced and transported to the site. Concrete armour units then become a competitive alternative.
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The document discusses various hard engineering methods for coastal management including seawalls, breakwaters, and groynes.
Seawalls are sloping or vertical concrete walls built parallel to the coast to absorb wave energy. However, the reflected waves increase erosion below the wall.
Breakwaters are structures built parallel to the coast some distance away to break wave force before reaching land. They reduce erosion but can cause erosion in unprotected areas.
Groynes are perpendicular structures that trap sediment on the side facing longshore drift, building up beaches but potentially causing erosion on the opposite side if not spaced correctly.
All hard structures have benefits but also problems like erosion in unprotected areas and need for regular maintenance. Soft
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This document provides information on different types of breakwaters, including rubble mound, detached, attached, and solid or vertical breakwaters. It discusses parameters for breakwater construction such as geotechnical investigations, wave hindcasting, and cross-sectional design. Rubble mound breakwaters are made of quarried rock and armor stones and are suitable for shallower depths, while caisson breakwaters can be used in deeper waters. Proper design considers factors like foundation material, water depth, and wave height.
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Breakwaters are structures built along coasts to protect harbors, anchorages, and shorelines from wave damage. They work by reflecting and dissipating wave energy before it reaches the protected area. There are several types of breakwaters including detached, headland, nearshore, attached, rubble mound, vertical, and submerged. The appropriate type depends on factors like water depth, wave climate, and material availability. Successful breakwater design requires detailed surveys of seabed conditions, wave patterns, and material needs to ensure the structure is stable and effective.
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- The Bombardon breakwater consisted of rigid-walled floating units 200 feet long that were connected to form a barrier offshore.
- Over 300 scale model tests were conducted to establish theories for the rigid breakwater's design before full-scale construction.
- Full-scale tests in April 1944 showed the breakwater reduced wave heights by 2 feet, performing as well
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The project involves design of 1550 m long Rubble Mound Seawall at the coastline near Alappuzha (Kamalapuram), Kerala.
pelabuhan
Dokumen ini merupakan laporan perencanaan pelabuhan di Pulau Belitung yang mencakup perencanaan letak pelabuhan, fasilitas, layout, dan alur pelayaran. Perencanaan pelabuhan mempertimbangkan kapasitas kapal, kedalaman air yang dibutuhkan, dan fasilitas pendukung seperti dermaga, gudang, dan pemecah gelombang.
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Abstract Ports are important in international trade. These are gateway to country transport for cargo handling and commodity, where vessels may discharge or receive cargo. Karaikal port is the private port between the major ports of Chennai and tuticorin. It has two breakwater one is north breakwater of 650mtr and south breakwater of 600mtr. To increase cargo handling and protection of harbour from the waves and currents, breakwater structure is built and expansion has been taking place 400mtr on North side breakwater and 350mtr on south side Breakwater.For the expansion of breakwater, optimistic and deterministic design has been applied. In the deterministic design structural alternatives have been considered for economic design of breakwater. In the optimistic design we have to consider most economical Concrete Armour unit for the Armour layer of Karaikal port. Design of Rubble mound breakwater in a mathematical model for the purposes of weight of Armour layer and thickness of armour layer has been concluded.Design of Rubble mound breakwater in a mathematical model has consider x-bloc as a concrete armour unit which is suitable to reduce Breakwater structure construction cost in a Karaikal port. A breakwater could be optimized with respect to amongst others, construction costs, construction time, material reduction, environmental impacts and total cost. The most promising alternatives should be economically optimized and the results should be compared in order to assess the best solution. Rubble mound breakwater type with an concrete armour unit for that deterministic design and optimistic design has been applied for a Karaikal port. Keywords: Karaikal port 1, Rubble mound break water2.
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The document discusses coastal protection techniques. It begins by explaining the importance of coasts and the need for coastal protection due to erosion from storms and rising sea levels. It then describes hard and soft engineering techniques for coastal protection. Hard techniques include breakwaters, gabions, groynes, revetments, sea walls, and use rigid structures to defend coastlines. Soft techniques like beach nourishment, dune stabilization, and mangroves are more natural and sustainable approaches. The document provides details on various hard and soft techniques, their advantages and disadvantages. It concludes by discussing physical aspects of coastal protection like wave types, wave control through reflection, refraction, and breaking.
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This document discusses wave diffraction in coastal engineering. It introduces the group members studying this topic and provides background on coastal areas and the different types of wave deformations that can occur, including refraction, diffraction, reflection, and breaking waves. It then focuses on the theory of diffraction, explaining what causes it and defining the diffraction coefficient. It provides diagrams of diffraction behind obstacles and gaps. The document also gives the methodology for calculating diffraction wave heights using charts and provides an example problem. It concludes that diffraction occurs when wave energy is transferred behind barriers due to changes in wave height across crests.
Concrete Armors | Rubble mound breakwaters
Concrete Armours are also known as Rubble mound breakwaters are mostly built of quarried rock. Larger armour stones are generally used for the outer layer to protect the structure against wave attack. The wave loads during a design storm may show the need for an armour rock size, which cannot be economically produced and transported to the site. Concrete armour units then become a competitive alternative.
Coastal management
The document discusses various hard engineering methods for coastal management including seawalls, breakwaters, and groynes.
Seawalls are sloping or vertical concrete walls built parallel to the coast to absorb wave energy. However, the reflected waves increase erosion below the wall.
Breakwaters are structures built parallel to the coast some distance away to break wave force before reaching land. They reduce erosion but can cause erosion in unprotected areas.
Groynes are perpendicular structures that trap sediment on the side facing longshore drift, building up beaches but potentially causing erosion on the opposite side if not spaced correctly.
All hard structures have benefits but also problems like erosion in unprotected areas and need for regular maintenance. Soft
Break waters
This document provides information on different types of breakwaters, including rubble mound, detached, attached, and solid or vertical breakwaters. It discusses parameters for breakwater construction such as geotechnical investigations, wave hindcasting, and cross-sectional design. Rubble mound breakwaters are made of quarried rock and armor stones and are suitable for shallower depths, while caisson breakwaters can be used in deeper waters. Proper design considers factors like foundation material, water depth, and wave height.
Classification of port and harbour ppt.pptx
definitions,classifications and difference between port and harbours with a case study on vishakapatnam port.
Concept & Construction of PALM ISLAND
Hello readers,
In this presentation, i am sharing Concept & Construction of Palm Island.
The following parameters are discussed in the presentation:
Where?
Why?
When?
Construction Machinery
Construction Steps
Conclusion.
Palm island Construction with Management 5 Ms
The Palm Jumeirah in Dubai is a man-made archipelago built in the shape of a palm tree. It was an audacious engineering project that took over 8 years to complete. To build the massive artificial island, engineers had to overcome many challenges like stabilizing the sandy seabed, withstanding violent storms, and preventing stagnant water. They utilized advanced technologies and expertise from around the world. By compacting the island's base and adding openings to the breakwater, they ensured the structure could withstand earthquakes. Once stabilized, over 40,000 workers constructed the infrastructure to form an entire city with homes, hotels, shops, and amenities. When completed, the Palm Jumeirah had increased Dubai
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Details of how a Gas & Oil Plant is constructed, and how the progress, safety and quality is monitored and controlled. Also the measures to ensure that the site is environmentally friendly.
Design principles and requirements of harbours
This document outlines the planning requirements and considerations for developing different types of harbors. Key factors that must be studied in harbor planning include surveys of the site terrain, tides, weather patterns, and depth of waters. The size and features of the harbor must accommodate the intended ships while providing safe anchorage. Requirements vary depending on the harbor type, such as sufficient depth and shelter for commercial harbors, repair facilities for harbors of refuge, and accommodation for naval vessels in military harbors. Proper positioning of harbor elements is important for safe navigation.
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Evan Williams has over 30 years of experience implementing and consulting on financial systems, with a focus on SAP FI/CO, New GL, PS, and Solution Manager. He has deep expertise in accounting, financial reporting, and revenue recognition. Williams has successfully led many global SAP implementation projects.
2010 08 cubus outperform launch - englisch
The document discusses Outperform, a performance management software solution. It provides an overview of Outperform's key features which include powerful calculation and analysis capabilities, budgeting, planning, forecasting, scenario modeling, and alignment with balanced scorecards. The benefits highlighted are having a centralized approach to extend Essbase functionality, automating planning and reporting processes to reduce manual efforts, and rapid deployment with standard business content and templates.
G A InfoMart Cognos TM1 planning budgeting-forecasting solution
The document discusses financial performance management and enterprise planning solutions. It outlines challenges such as uncertainty, disparate systems, and business risks. The solutions aim to improve planning, forecasting and budgeting through integrated platforms that support driver-based planning, rolling forecasts, scenario modeling, and analytics. Case studies show how various companies leveraged the solutions to accelerate budgeting, improve reporting and reduce costs.
PAC Webinar - A Better way to Budget with SAP - Nov2_2010
The webinar discussed how SAP BusinessObjects Planning and Consolidation (BPC) can help organizations improve their budgeting processes. It highlighted common issues with manual budgeting in Excel and how BPC provides a unified interface, business rules, processes and administration. The presentation included a demonstration of BPC's analytical abilities, drill down functionality, budget review and approval processes, and ability to publish results online. It also outlined a three stage approach to implementing BPC and quick wins, and shared analyst opinions that SAP is a market leader in performance management tools.
The Business Value of Business Intelligence
Learn about various BI architectures and approaches, as well as a comparison of different vendors’ BI offerings. See a demonstration of OLAP cube building. View the video recording and download this deck: http://www.senturus.com/resources/the-business-value-of-business-intelligence/
Senturus, a business analytics consulting firm, has a resource library with hundreds of free recorded webinars, trainings, demos and unbiased product reviews. Take a look and share them with your colleagues and friends: http://www.senturus.com/resources/.
Wealthplanned! Financial Plannning and Wealth Management software
WealthPlanned is INdia's 1st integrated Financial Planning and Wealth Management solution on cloud. It is also available on Enterprise model. From CMC Ltd., a TATA group company
Wealthplanned
India's 1st integrated financial planning and wealth management solution from India's most experienced IT solutions provider for the Capital Market
ex of my work for a client: Wealthplanned presentation
- Enjoyed branding Wealthplanned (tm of CMC Ltd.) as "Art of Making Your Clients Affluent"
- Packaged an integrated offering of Financial Planning and back office Wealth Management software
- on in-house or cloud platform;
- created awareness of product through linkedin and social media,
- designed promotional material
** this presentation is freely distributed on online media by client for procuct awareness **
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Expert Guide to Migrating from the SAP NetWeaver BW Integrated Planning Tools...
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Database optimization in Dynamics 365 Finance and Operations
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Scorecarding with IBM Cognos 10 Business Intelligence
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G A InfoMart Cognos TM1 planning budgeting-forecasting solution
G A InfoMart Cognos TM1 planning budgeting-forecasting solution
PAC Webinar - A Better way to Budget with SAP - Nov2_2010
PAC Webinar - A Better way to Budget with SAP - Nov2_2010
Wealthplanned! Financial Plannning and Wealth Management software
Wealthplanned! Financial Plannning and Wealth Management software
ex of my work for a client: Wealthplanned presentation
ex of my work for a client: Wealthplanned presentation
Breakwater Consulting BPC
- 1. SAP BusinessObjects Planning and Consolidation: Behind the Scenes … © 2009 Breakwater Consulting, Inc. All rights reserved.
- 2. Breakwater Consulting Services • We are financial SAP implementation specialists • Areas of expertise: EPM Suite (Enterprise Performance Management) Consolidation (BPC,BCS, ECCS, Financial Consolidation) Planning (BPC,SEM/BW-BPS, IP) BI (BW backend and reporting) Strategy Management (SM, BSC) ECC Finance / Controlling (GL, AR, AP, PCA, COPA, etc.) • Consultants have multiple implementation experience, and are usually equivalent to SAP ‘platinum’ level
- 3. SAP BusinessObjects Planning and Consolidation Unified planning, forecasting, and consolidation with familiar user interfaces, including Web, Excel, and PowerPoint. Business Planning Consolidation Budgeting Intercompany matching / Sales / Revenue planning reconciliation Capital Expenditure planning Intercompany eliminations Headcount/staffing Management roll-ups Expense Planning Legal consolidation Cash Flow Planning Financial Reporting and analysis Forecasting and consensus Ad hoc building Automated variance analysis Rolling forecasts Driver analysis (industry, growth, Continuous planning capacity, etc.) Collaboration Source: SAP
- 4. Custom Planning Application Example • Enter salary rate and fringe benefits by job code • Enter headcount by job code • I/S accounts - salaries and fringe benefits are calculated through central algorithm • B/S accounts – cash or accruals are also calculated
- 5. Step 1: Create Application Set • Create application set • Load master data
- 6. Step 2: Create Applications • Create applications
- 7. Step 3: Define Logic for Planning Application • Business rules • SQL or MDX based logic • Dimension logic
- 8. Step 4: Load Base Data • Load base data from external source Load external data on SAP BusinessObjects Planning and Consolidation server • Run data manager package Create transformation & conversion rules
- 9. Step 5: Create Input Data Schedule • Easy to create Use standard delivered templates Build from scratch • Reports can be built in the same way
- 10. Step 5: Create Input Data Schedule (cont.) • E.g., enter headcount by job code
- 11. Step 5: Create Input Data Schedule (cont.) • E.g., enter salary rate and fringe benefits by job code
- 12. Step 6: Income Statement • Few income statement line items are populated based on pre- defined logic/drivers • Balance sheet line items can be generated based on income statement inputs
- 13. Step 6: Income Statement (cont.) • Can utilize native Excel functionality • Create your own formulas
- 14. Step 7: Add Unstructured Data • Easy to add comments and show as pop-up or adjacent cell • Use function EVCOM to read/write comment data
- 15. Contact Us …
- 16. Contact Us …