Orchid Tree Pavilion

Project idea

The purpose of this unique structure is to create an inviting
and vibrant atmosphere for people to gather and socialize. The
design is inspired by the form of a tree, emerging from the
ground and growing tall to provide shade and beauty to the
surrounding area. Not only does it serve as a functional space
for people to congregate, but it also enhances the aesthetic of
the location. The structure is designed to be a natural gathering
spot and a source of inspiration and joy for those who visit. The
tree-like design adds a touch of nature and elegance to the area,
making it a destination for both locals and visitors alike. Overall,
this structure not only serves a practical purpose but it also
adds a sense of charm and liveliness to the space.

Project description

The structure is designed to resemble a tree, with the shape and
form of an orchid flower on top. The primary materials used in
its construction are Laminated Veneer Lumber (LVL), which is
known for its strength and durability and is commonly used in
residential and commercial building projects as structural
members such as lintels, beams, mid-floors, and roofs. The
structure also incorporates pressure-treated lumber, plywood,
and iron rods to provide added strength and stability. The majority
of the structure is held together using strong adhesive,
but also has a concrete footing and steel components that help
to support its weight. This combination of materials ensures
that the structure is not only visually stunning, but also sturdy
and built to withstand the elements and heavy use

Technical information

The structure consists of two distinct components, each with its unique purpose. The main component is a curved
column that serves as both a structural support and a cantilever. The second component is designed to provide additional
support to the cantilever, ensuring the stability and safety of the overall structure. Together, these two parts create
a cohesive and functional design that is both visually striking and structurally sound. The curved column and cantilever
provide an interesting dynamic to the structure, while the supporting component adds to the overall stability and functionality
of the design.We will use the Quarter-elliptic spring method which is used in old car suspensions.
The structure is designed with a foundation that
includes a steel attachment to keep the wooden planks
securely in place. However, simply using the foundation
as a downforce would not be sufficient to sustain the
load of the cantilever. To ensure the stability and safety
of the overall structure, a steel component is placed
under the wooden planks near the foundation to act as
a fulcrum. This creates a lever system, with the foundation
as the weight and the steel component as the
fulcrum, that effectively holds up the cantilever and
enables the structure to withstand the load. This combination
of the foundation and the steel component as
fulcrum creates a robust structure that is able to sustain
the load of the cantilever and guarantees the stability
and safety of the overall design.

Documentation

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