Our goal for this Computational Design assignment was using Karamba along with Wallacei to optimize the mass and deformation of the timber frames of our construction system called KINXA. It is a modernized version of the vernacular technique used in Latin America called “Quincha” which consists of the use of a wood or cane frame, with a fiber infill which is then covered with a soil and clay mixture.
Traditional Quincha
Quincha is a traditional method that dates back to some of the earliest earth constructions. Moreover, it is a simple construction method that has allowed secluded and low-income groups to have adequate infrastructure and created a sense of community. Nevertheless, these methods are associated with low-cost construction and lean towards an aesthetic that is unpopular in modern-day architecture.
PRODUCT/SERVICE DIAGRAM
KINXA is a service/product whose main goal is to create a modernized version of this technique which explores new possibilities for its timber frame substructure (like single and double curves and 2-3 story heights), and use technologies to optimize the use of material while maintaining structural stability.
Frame Optimization Objectives
Our main goal for this assignment is to optimize our frames so that they have minimum deformation and mass while retaining structural stability. These two main variables will always work in opposite directions: deformation will try to be low by adding mass and mass will try to be low by increasing deformation.
Pseudo Code
Script Breakdown
Karamba Optimized Results
Straight Wall Optimization Graphs
Curved Wall Optimization Graphs
Double Curved Wall Optimization Graphs
Stages Post Optimization
