BESPOKE TALK Series: Strategies for Implementing Parametric Morphology into Future Designs

Architectural Conceptual Form Flexing. Iterating on different design solutions.

Parametric Workshop

Morphology [mawr-fol-uh-jee]

Architectural morphology is a branch of architecture that studies the form and structure of buildings. It is concerned with the physical form of a building and the way in which it is organized. It can be used to analyze the form of a building, to understand its structure, and to identify the functions of its parts. The field of morphology has several potential uses in both architectural and construction industry. To begin, architects can benefit from morphology because it sheds light on the origins of various architectural forms. The second benefit of morphology is that it may be used to create more aesthetically pleasing buildings. Finally, morphology may teach architects and designers how to strike a good balance between form and function. The study of morphology can be a very useful tool for building designers. Architects can improve their work by studying architectural forms and shapes. Application of architectural morphology can help to improve the conservation of buildings. By understanding the form and structure of buildings, it is possible to identify which parts are most vulnerable to damage or decay. This information can then be used to help preserve or repair buildings that are at risk.

Parametric Morphology

Parametric Morphology in architecture is the study of the shape and form of buildings and other structures. It is a relatively new field of architecture that is gaining popularity due to its ability to create complex and organic shapes. Parametric Morphology is based on the idea that form follows function. This means that the shape of a structure should be based on its purpose. For example, a building designed for office space would have a different shape than a building designed for retail space.


Parametric Morphology is a tool that can be used to create unique and complex shapes that would otherwise be impossible to create with traditional methods. This makes it an ideal tool for architects who want to push the boundaries of design. Parametric morphology has a number of practical uses, including those listed below.


Attractor Curves

An architectural style characterized by curvilinear forms. These forms are often organic in nature and are meant to evoke a sense of movement and energy. This style is often used in public spaces, as the curves are thought to encourage people to interact with one another.


Curves can add a sense of movement and flow to a space and can also be used to highlight a particular feature. When used correctly, they can really make a space come alive. When viewed from a distance, attractor curves appear to be smooth and continuous. However, up close, they are made up of a series of smaller curves. This gives them an organic, flowing quality.


Attractor curves can be used to create a variety of different shapes and forms. They can be used to create single-story or multi-story buildings, as well as other structures such as bridges or sculptures.


Pull Point Attractors

In architecture, they are elements that "pull" people towards a particular point or space. They can be used to create a sense of movement and flow within a building and can be particularly effective in directing people to specific areas.


Multiple applications exist for the usage of pull-point attractors in interior design. You can use them to make the space feel more dynamic, to drive people to specific locations, or to merely spice things up a bit.


Pull point attractor devices, for instance, can be used to inject energy into a room that otherwise feels excessively static. The employment of pull-point attractor devices can help bring individuals to a certain location. And if there's something missing from a room, pull-point attractors can provide the final flourish.


Control Point Tween Roof

The versatility of a control point tween roof means it may be adapted to suit a variety of conditions. Roofs with a different profile shed snow more easily in the winter and provide shade in the summer. The roof can be designed to withstand strong winds and other forms of extreme weather.


Control point tween roofs have various applications in building architecture. Internal temperature control is a key advantage. Because the roofing material lets air in, the space underneath it stays cool. Because of this, the interior temperature of the building may be controlled both in the summer and the winter.


Reducing the amount of energy used to heat and cool the building is another advantage of installing a control point tween roof. This is because the roof plays a role in maintaining a comfortable temperature inside the building, reducing the workload of the HVAC system. Money might be saved on energy bills as a result of this.


Sine Curve Undulations

A series of curved lines that form a sine wave pattern. This form of curve is frequently employed in architectural designs because it can offer an eye-catching visual aspect to a structure and give it a beautiful, organic aspect.


There are a number of ways in which the sinusoidal curve can be used in architecture. One way is to use the curve to create a series of undulations in a facade. This can be done by creating a series of curved panels that alternate in direction. This type of facade can add visual interest and movement and can also be used to create a variety of shadows and patterns.


Another way to use the sinusoidal curve in architecture is to create a series of curves that intersect at various points. This can create a variety of interesting shapes and forms and can also be used to create a number of different textures and patterns.


Parametric Rotations

In architecture, parametric rotations can produce intriguing and dynamic outcomes. Architects can begin to explore the possibilities of this form of design by grasping the fundamentals of parametric rotations.


Parametric rotations require the use of parameters, or variables, to govern an object's rotation. The rotation of the item can be altered by changing the values of the parameters. Depending on the values used, this can provide a range of different outcomes.


Rotations can be used to generate eye-catching visual effects or to alter how an object interacts with its surroundings. A rotation, for example, can be utilized to make a spiral staircase. The staircase can be made to twist in different directions by adjusting the value of the parameter.


Rotations can also be employed to make useful items. A door, for example, can be programmed to open only when the handle is turned a given degree. This is accomplished by turning the door handle parametrically.


Wave Wall Attractors

An architectural feature that can be used to provide a variety of visual and functional effects. When used correctly, they can give a distinct and eye-catching aspect to a structure or environment. Wave Wall Attractors can be used in a variety of ways, and they can be tailored to the exact requirements of each given project.  Wave walls typically consist of a series of vertical or sloped panels that are spaced apart to allow water to pass through. The panels deflect the energy of the waves, which reduces the impact of the waves on the shoreline or other structures. Wave walls can be used to protect against both erosion and flooding. In addition, wave walls can also be used to reduce noise levels in front of buildings.


Wave Wall Attractors have both aesthetic and utilitarian use. They can, for example, be utilized to produce an eye-catching aesthetic effect or to direct foot traffic. Wave Wall Attractors can also be used to make privacy screens or to offer a sense of security to an area.


When employing Wave Wall Attractors, there are a few things to keep in mind. First, examine the feature's size and scale in proportion to the space in which it will be used. Second, because Wave Wall Attractors can be tailored to the needs of any individual project, it is critical to engage with a skilled specialist to guarantee that the feature is properly installed. Finally, Wave Wall Attractors require maintenance and cleaning to keep them in good condition.

 

In conclusion, form flexing is a very versatile concept with a lot of potential applications. This method of design can be used to create unique and complex shapes that would otherwise be impossible to create with traditional methods. If you are an architect or designer who is looking to push the boundaries of design, form flexing is definitely something you should consider.

 

Ar. Neil John Bersabe

Lead Architects


John Michael Jalandra

Content Writer

 

BERSABARC Design Studio 2022


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