Experimental Pressure-Forming: Adding Value through Tooling Improvement, and a Hypothesis for Tooling Provision in Autonomous Development Environments

Adding Value through Tooling Improvement, and a Hypothesis for Tooling Provision in Autonomous Development Environments

Abstract

This paper describes improved pressure forming techniques, metal-forming methods related to industrial processes, but suited to lower capitalisation contracting or do-it-yourself (DIY) fabrication settings. Working from literature and previous research, the author describes advancements to the tooling’s capabilities, compared to other research vectors for double-axis curvature metal forming. These works connect fabricators’ situational constraints to value constructs that surround making’s particularity as research, and to values driving autonomous development construction networks. This paper asks: what values drive, and what value is added by, improving such sub-optimal fabrication processes? Given industrial and digital processes’ extensive capabilities, are there contexts where intermediate technologies are particularly suited? How do those contexts constrain technical researchers’ ability to add value through tooling improvement? This paper presents recent technical research, and projects a method to integrate that research into autonomous development fabrication contexts within the Hong Kong Special Administrative Region (HKSAR) and China’s Great Bay Region.