TENSILE
Tensile is a site-specific spatial organism created through the Rivera Tensile Weaving System, an applied structural system derived from the Rivera Rhizomatic Construction Method. Suspended between trees and elevated above the ground, the work invites visitors to traverse space as part of an interdependent, living environment. Rather than functioning as a static object, Tensile operates as a responsive field of tension—an inhabitable structure that heightens sensory awareness, balance, and embodied perception. Viewers are encouraged to move through, touch, and experience the work physically, discovering shifting perspectives as their bodies interact with the woven structure. Inspired by non-human construction systems such as spider webs, nests, and connective tissues, the installation proposes an alternative architecture rooted in softness, resilience, and interconnection.
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Materials
Textiles, tensioned ropes of varying calibers, and site-responsive anchoring elements.
Materials were selected for their structural capacity as well as their tactile and vibrational qualities.
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Method and Structural System
Tensile was constructed using the Rivera Tensile Weaving System, which translates the broader principles of the Rivera Rhizomatic Construction Method into site-responsive spatial form.
The construction evolved through a progression of interconnected structural components:
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A site-specific Tensile Structural Frame, responding to the surrounding trees and spatial conditions
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A Structural Fascia Layer, establishing a flexible base of distributed support
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Successive Living Tensile Layers, articulating spatial volume, gradients of tension, pathways of movement, and tactile experience
Through continuous tension calibration and material negotiation, soft fibers and ropes perform architectural and load-distributing functions without relying on rigid frameworks. The structure emerges in dialogue with gravity, climate, and human presence rather than being imposed upon them.
Color, density, and pattern operate as active spatial forces within the woven field—shaping perception, rhythm, and emotional resonance.
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Embodied Experience
The installation functions as a living environment that engages:
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Human movement and balance
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Soft containment and suspension
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Environmental interaction
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Collective presence
As participants enter and move within the structure, they become part of its dynamic equilibrium. The work shifts subtly under weight and motion, reinforcing awareness of interdependence between body, material, and site.
Tensile does not present a prescribed narrative. Instead, it opens a space for exploration, reflection, and sensory engagement within an interconnected system.​
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Authorship and Credits
Tensile was conceptually developed and artistically directed by Lua Rivera as part of her ongoing research into rhizomatic spatial construction and embodied tensile environments.
Lua Rivera established the conceptual framework, structural logic, material direction, and weaving standards of the installation.
The weaving process was realized in collaboration with NO!W Across Lab, who executed the construction under Lua Rivera’s artistic guidance and structural methodology, coordinating on-site production support and translation between local stakeholders.
All the fabric is repurposed material donated by Yee Chain International Co.




Tensile, 2020. Textiles, tensioned ropes of varying calibers, and site-responsive anchoring elements.. 10m (L) X 8m (W) X 3m (H). CMP Village, Miaoli, Taiwan.
Project process photos

Lua Rivera. "Tensile Sketch", 2020. Digital image. 40cm (L) X 30cm (H).




Day 1
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- Meeting with the CMP Village engineer for review and approval of Lua Rivera design according to safety of the tension method for the artwork structure, tree protection measures and material selection for the construction of her Structural frame.
- Creating the Structural frame using ratchet slings and cargo straps. Adjusting the level of the Structural frame, testing using human weight and readjustment of the Structural frame.
- Folding and cutting fabric for future use on the Rivera Tensile Weaving System.
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Coordination and translations by NO!W Across Lab members.
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Day 2
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- Creation of a Structural Fascia Layer, a load-distributing woven substrate
- Covering of the ratchet slings and cargo straps for preventing accidental opening and friction while having direct contact with the human body.
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​Assistance by NO!W Across Lab members.




Day 3
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- Creation of the Living Tensile Layer on the Structural Fascia Layer,
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​Weaving assistance by NO!W Across Lab member.




Day 4
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- Creation of the of the Living Tensile Layer on the Structural Fascia Layer,
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​Weaving assistance by NO!W Across Lab member.


