boat house project

Boat house project`

BSc (Hons) architectural enineering project 1 boathouse proposal Dr Maria Yioutani-Iacovides

farah abdelrahman 00678157

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contents

design brief

history

river irwell

landmarks

precedents

materials

design concepts

contents

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design brief

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in this project a structure is to be deigned to accomodate for various differrent water activites and sport. with the structure not exceeding 1000m2 and a heigh of 2 floors the boat house will hold both indoor and outdoor water activities including kayaking, electric boat rides, paddle boarding, kids activities and tours, rowing boat hire, gym and coaching lessons for the activities listed above. the boat house will be situated along the river irwell in salford next to the lowry as well as salford watersports centre, the agecroft rowing club.

boat house proposal

the design is aiming to include: storage unit for boats and equipment gym including; changing rooms aerobic suite physiorooms seminars and workshops athlete accomodation administration indoor coaching rooms exhibition space cafes and restraunts toilets and showers

schedule of accomodation 5

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site analysis

hist

tory

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river irwell is a big part of our site and also in manchester in general spanning almost 4 miles along from the source to its outlets into river mersey and manchester ship canal. the river forms a boundary between manchester and salford seeperating both cities but also making it the perfect area to place the ports back in 1894. however this position makes it vital for flooding prevention schemes, those include; the anaconda cut whihch came to play as a result of severe flooding in 1946, caused by a bottleneck at a bend in the river at Strangeways prompted the decision to widen the Irwell by making a cut in the bank and straightening out the sharp elbow, and the river irwell defense scheme monitoring the river’s water capacity and maintaining it.

river i

irwell

the reservation and maintianence of river irwell after the trading that took place was vital to allow the water to be usable by the general public. The wuality of the water was a problem that the council had to overcome as it was heavily polluted by the trading and the ships going through the port, this resulted in the building of dams to isolate the docks then pumping aerated water using a compressed air mixing system along with the introduction of over 12,000 fish and creatures therefore producing usable and clean water for domestic purposes.

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landm MediaCity UK

Imperial War Museum North

built in 2002 and designed by architect daniel libeskind, this museum is made as a metaphor for a ‘world shattered by war’ this is shown through the design of slopping walls and ceilings. the museum is split up into three parts; air, water and earth. also housing an exhibition space with public areas and resteraunts

built in 2007 by peel group, this area in salford houses various dif ferent creative industries with its area covering an approximated 2 acres.

BBC had the intention to relocate more jobs into manchester in 20 and chose salford quays in 2006 with the intention of decentralisin london as being the only media holder in the uk. this then resulted in various media outlets relocating includingdock house, bridge house and dock 10, all holding different creative industries in salford by the river

marks

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The Lowry

built in 2000 and designed by architects james stirling and micheal wilford, the lowry is situated on pier 8 with a total area of 23,350 m2. it is a registered charity designed to hold performing arts enriching the public to diverse form of media which is made possible by the building including a lyric theatre, quays theatre, studio spaces an a gallery space along with a variety of different cafes bars and resteraunts.

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precedents

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Shore Vista location and setting: The boat house is situated on a bend in Lake Austin, across from the Balcones Canyonlands Nature Preserve. Its location was chosen to maximize panoramic views of the undulating hills and the picturesque lake.

Elliptical Form: The boat house is characterized by its elliptical shape, which is designed to capture and frame the beautiful landscape. The rounded edges of the dock and curved glass railing contribute to this aesthetic, allowing for unobstructed views.

Boat Dock Structural Design: the boat house’s structural design includes steel I-beams that support the roof. These I-beams taper toward the center, creating the illusion that the thin steel roof is floating above the water.

Rounded edges of the dock, along with the curved glass railing, peel away, allowing more of the landscape to be captured into the visual frame.

The house itself is described as a simple shed structure.

This typically refers to a minimalist architectural style characterized by a single-pitched roof with a sloping surface.

The design choice of a shed structure can often create a sense of modernity and simplicity.

One prominent design feature is the large cantilevering roof that extends beyond the main structure, covering an expansive exterior patio. The cantilevered design not only provides shade and protection but also adds a sense of architectural drama and levitation.

The cantilevered structure is further emphasized in the foundation of the house. This design choice adds to the perception that the building is floating or suspended, enhancing the sense of architectural elegance and innovation.

Waterfall: Accessibility: the waterfall serves multiple pur- Access to the lake level is facilitatposes. Acoustically, it creates ed by a series of stepping-stones white noise that helps cancel out and a sweeping curved staircase boat traffic noise on the lake. In the to the second level. The elliptical summer, it creates a misty breeze entry staircase has been thoughtnear the beach area, offering a fully designed to provide 13 sense of coolness. wheelchair accessibility.

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radley rowi Structural Design: The building is designed with natural ventilation systems to prevent overheating and to avoid the buildup of chemicals. This ensures a comfortable and healthy indoor environment for both athletes and trainers.

The building incorporates extensive glazing, which serves multiple purposes. It allows natural light to flood the interior, reducing the need for artificial lighting and minimizing energy demands.

Additionally, the glazing provides rowers with scenic views of the surroundings, making the training environment more pleasant.

The Rowing Centre’s interior is designed to be technologically advanced and controlled. This allows for the close monitoring of training and performance quality. It likely includes computer systems and equipment to track rowers’ progress and performance metrics.

The Rowing Centre features a state-of-the-art rowing tank that closely replicates actual river conditions. This tank allows rowers to train on-site throughout the year, regardless of weather conditions. It provides a controlled environment for practicing rowing techniques and improving performance.

ing centre the 275-square-meter building constructed with a steel frame. Its exterior features partial cladding made from louvred Thermowood. Thermowood is a type of temperature-treated wood known for its increased lifespan and improved durability. This choice of material likely enhances the building’s aesthetic appeal while also ensuring longevity and resistance to environmental factors, making it suitable for the facility’s location and purpose.

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Structural Design: The boathouse is distinguished by its jagged roof, which is supported by a series of columns. The roof is comprised of three gabled shapes that come together to create a zigzag pattern. The edges of the roof extend outward to provide shade and shelter beneath.

The boathouse consists of a two-storey structure. The lower portion is constructed from timber, giving it a warm and natural appearance, while the upper part features extensive glazing to maximize natural light and scenic views.

row new york Given that the boathouse is primarily constructed from timber, a structural analysis would assess the size, type, and quality of the timber used for various components, including columns, beams, trusses, and decking. Timber has unique structural properties that must be accounted for, including its strength, stiffness, and resistance to moisture and decay.

The jagged roof design of the boathouse, supported by columns, is a distinctive feature. The structural analysis would evaluate the load-bearing capacity of the roof The design of the boathouse draws structure, taking into consideration inspiration from the historic rivthe live loads (e.g., snow, mainteerfront structures that were once nance personnel) and dead loads prevalent along the Harlem River. (e.g., roofing materials) it must These timber boathouses from the support. early 20th century have influenced the project’s architectural style,

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k boathouse

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materials

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pressure treated wood:

Pressure-treated lumber, such as marine-grade plywood, is a popular choice for boathouse construction.

It’s relatively affordable and can withstand the moisture and weather conditions around a river.

considerations:

• Load-Bearing Capacity common yellow pine wood can hold up to 50 pounds per square foot (PSF). So then, if your deck has 100 square feet, it’ll support up to 5000 pounds.

• Moisture and Water Exposure specifically designed to resist moisture and water exposure, making it an ideal choice for applications where wood comes into contact with water or moisture regularly. The treatment process involves impregnating the wood with preservatives that provide resistance to decay, insect infestation, and rot.

suitable • Corrosion and Decay Resistance While pressure-treated wood is designed to resist decay and insect infestations, the presence of water and moisture can still lead to corrosion of fasteners and connectors. Stainless steel or galvanized fasteners should be used, and regular inspections should be conducted to check for signs of corrosion • dynamic loads Boat houses are subjected to dynamic loads due to the movement of boats, water currents, and waves.

Galvanized Steel o Aluminum

Metal framing and roofing materia are durable and can withstand the elements. They are a good choice for the structural elements of the boathouse.

considerations: • strength

Galvanized steel is known fo its exceptional strength, making it a popular choice for heavy-duty structural applications. It has high tensile strength and can withstand significant loads and stresses. Alu minum is lighter than steel but still possesses good strength-to-weigh ratio. It is often used in application where weight reduction is a signifi cant consideration.

• Corrosion Resistance

Galvanized steel is coated with a layer of zinc to protect it from corrosion. This coating makes it highly resistant to rust and other forms of corrosion. Aluminum natu rally forms a protective oxide layer

materials

or on its surface, providing inherent

corrosion resistance. In marine or coastal environments, aluminum is als preferred for its resistance to salte water corrosion. e • notable characteristics

Galvanized steel is durable and can have a long lifespan, especially in outdoor or harsh environor mental conditions. Aluminum is significantly lighter than steel, making it a popular choice for structures where weight is a critical factor. Alud minum has a higher coefficient of u- thermal expansion than steel. This property must be considered when l ht designing aluminum structures ns exposed to temperature variations. i-

minor elements

Vinyl Siding: use: For the exterior walls, vinyl siding is a durable, low-maintenance option that can withstand exposure to moisture and UV rays.

concrete: use: For the foundation and support pillars, concrete is a sturdy choice. It provides stability and can protect against flooding.

Composite Decking: use: for decking or a pier area, consider using composite materials. They’re low maintenance, weather-resistant, and long-lasting.

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design concepts

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the design is aiming to include: storage unit for boats and equipment gym including; changing rooms aerobic suite physiorooms seminars and workshops administration indoor coaching rooms exhibition space cafes and restraunts toilets and showers

design 1: for the first design i drew inspiration by salford quays illustrating the quays into an architectural project.

design 2: for the second design the salford quays theme continued but in this version taking a more classical take on the design in comparison to the previus modern version.

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