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Storybook
A R C H 47 3 /3 5 2 2 - D I G I TA L D ES I G N S T U D I O A N D WO R K S H O P Zeina Wael Enaba Spring 2019
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Introduction
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The American University in Cairo (AUC) School of Sciences and Engineering - Department of Architecture ARCH 473/3522 - Digital Design Studio and Workshop (Spring 2019) Student portfolio documenting samples of work submitted along the course, including research, experimentation, 3D modeling, digital fabrication, parametric design and modeling, physical model realization and analysis.
Š The American University in Cairo (AUC), May 2019
ARCH 473/3522 Fall 2019
Zeina Enaba
Zeina Wael Enaba Architecture Student
I am an undergraduate senior Architecture student studying at the American University in Cairo. I see that architecture is an art of coordination, between beauty and brains, we focus on aesthetics but with the structural logic, attention to detail, and again coordination.
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Project Projec Pro jectt 1
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In this project we were asked to design a mobile shelter which uses parametric design, and the realization of the use of dierent parameters in the design development process
01 Design of a Mobile Shelter
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The aggregation process:
The journey to a home is a growth process which is why I chose aggregation as my approach in this design. As it also ads to the layer of uniqueness which would be given to each shelter, as it would be uniquely constructed according to needs.
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Projectt 1
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NATURAL INSPIRATION Sand Formation process:
Integration and disintegration
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The Desert Rose Sand
Desert roses or rocks form under very high heat and pressure in extreme conditions in the desert, they are considered to be very rare and expensive. Their relation to each other is on the crystallographic C planes
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CONCEPTSandTO FORM The Spire from within:
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The combination for aggregation:
Plan view ARCH 473/3522 Fall 2019
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Project Pr Pro P rrojjec jeecct 1
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The Spire from within
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Project 2
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Experimenting with materials and casting techniques in order to analyze and test el physical properties and environmental aspects of the facade in terms of design and functionality.
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The Blank Facade Canvas
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MATERIALPartEXPLORATION I 1 . . On Small Scale Approach: Exploring dierent structural and non structural materials in dierent ways to reach their potential of innovation, starting by physically fabricating the models and then integrating the digital aspects to control the variable and parameters.
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Project 2
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First experimentation:
Using the watter bubbles instead of aggregates, forming random voids inside the concrete as they dry absorbing all the moisture.
After drying for 48 hrs:
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Second experiment:
An attempt in changing the physical properties of the ropes
Before drying
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After drying
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Third experimentation:
Experimenting with mud to form cracks, and using these cracks as the concrete pattern. --> The cracks were too thin so it did not fit the cement
01-Natural crack pattern
Fourth experimentation:
Using the physical properties of wax on the fabric to create a translucent appearance.
02-Mud Mixture
03-Formed crack pattern
Fifth experimentation:
Manipulation with fabric elasticity in order to see the level of expansion and from it could reach
Pouring the molten wax created translucent rigid fabric
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Combination logic:
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Thinking sketches:
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MATERIAL EXPLORATION II Part 2 . . Larger scale Approach: Expanding the scope of exploration into a real size of the unit using the same material but on a dierent scale. In order to test the real strength and capabilities of the material on a 1:1 scale.
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Structural logic:
Assembly of the materials
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The Model:
Using the rigidity provided by the concrete, a pattern was created in the frame + integrating with the fabric to create the push and pull eect which allows for integration between both materials.
Malleable material
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The In Intersection:
Intersec Intersection between 2 materials was through a material rigid rod which was hanged diagonally on the frame diagona to hold tthe fabric, and allowing for the pouring of the wax.
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Effect under light:
The formation of different patterns on the opaque screen placed behind the solid ropes
Movement of the light created different patterns on the fabric, and due to the translucency of the waxed fabric, different light intensities appeared on the surface.
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M MATERIAL ATERIA AL EXPLORATION EXFinalPProduct LORAT TION III III Approach: A pproach: pp Integrating Int In te ating between the previous ttrials, tegrat rial ri als, s producing pro pr oduc cing the outcome in form of a physical ph hyssic ical a + The digital aspect in order to Control Co ont n ro ol th the e ph p physical ysical parameters and produce pro pr oduc od uce e mu multiple ult ltip iple le iiterations. tera tera te rati tion ti ons. on s.
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Behavioral Patterns: Realizing the variable, creating organic c pat patterns atte at t rns whic which ch are based on fun functional nctio onal use pattern by Manipulating the formative e parameters deriv derived ved from usage patterns pattterns Taking the humane patterns as inputs inpu putts for pu for the unit unit it equation
Taking the visible actions based on neural decisions and translating them into input manipulating elements shaping the sensed cognitive experienced Configurable elevation panels allows for response to the use of each space The use patterns of the space is shaped by decisions on the numerological level The cognitive experience shaping the use which shapes the elevation panels manipulating cognitive inputs
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Module Concept
A facade element which is created through dierent positive and negative fields of attraction, reaching an adjustable facade element through the process of push and pull.
Pulled fabric
Field
Attraction
Steel wires
Schematic section Repulsion FALL 2019
Project 2
Grasshopper trials:
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Attraction points
Attraction points + Field
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3d Attraction and repulsion
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Structural logic and assembly of physical model: Based on the logic of the grasshopper definition this model was constructed
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The Model:
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Forces of the Material
Attraction point
Repulsion point
Constant material Opacity factor of light
Repulsion point
Attraction point
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Light Patterns
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Inspired from the trials in the previous project, a continuation for the parametric device was implemented through grass hopper to control the variables of the skin.
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Parametric Facade skin
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Function of user interaction:
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Structural logic:
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The skin is connected to the building using steel mullions which are connected to the beams of the slabs
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Number of units in x and y direction
Adjusting the surface were the unit will morph on by having its’ curvature respond to attraction points relative to the spaces across the section.
Dividing the unit into subunits which are scaled to meet with the size of the window, which would then respond to the orientation of the sun
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Project 3
47 Defining the openings which are on the mesh, so that they could be utilized in the sun response.
Connecting the sun path with the centroid of the openings in the unit
Smoothening the edges of the mesh surface using the weaver bird, controlling the level of smoothness.
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Using Cura, MeshMaker, and Simplify 360 in order to prepare the fabrication model which would be ready for 3d printing.
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Fabrication process
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3d Printing horizontally:
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3d Printing Vertically:
Fabrication horizontally took less supports which means less processing time and less use of material so the vertical option would be more convenient.
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