hydromechanical forming shapes reflective stainless-steel sculptural objects

hydromechanical forming shapes reflective stainless-steel sculptural objects

SARAH NAGHAWI DEBUTS HYDROMECHANICALLY FORMED STEEL OBJECTS

 

Presented at Amman Design Week 2026, JAWF is an experimental design collection by Jordanian designer Sarah Naghawi that investigates the plastic deformation of stainless steel through hydromechanical forming. Marking the initial application of this industrial fabrication technique within Jordan’s design sector, the project manipulates sheet metal through the mechanics of positive and negative hydraulic pressure, testing the material limits of steel beyond conventional stamping or cold-rolling methods.

all images ©ASPIRE Ali Saadi Photography

 

 

HYDRAULIC PRESSURE REDISTRIBUTES STAINLESS-STEEL MEMBRANES

 

Derived from the Arabic word for an inner chamber or protected cavity, JAWF by designer Sarah Naghawi treats the internal void as an architectural condition defined by displaced matter. The fabrication process introduces hydraulic fluid pressure into welded sheet assemblies, allowing internal forces to inflate, buckle, and displace the metal skin. As the material yields, concave and convex profiles develop as reciprocal structural conditions. The resulting reflective steel volumes permanently retain the deformation traces and stress concentrations applied during the hydraulic expansion, yielding self-supporting enclosures where the deformed metallic skin functions simultaneously as structural shell, envelope, and functional interior.

JAWF is a metal research and design project developed by Jordanian designer Sarah Naghawi
the pieces are produced using industrial hydromechanical forming methods applied to sheet steel
highly reflective stainless-steel surfaces mirror surrounding spatial environments and lighting
the design studies the geometry of inflated membranes translated into non-elastic metals
jawf-stainless-steel-hydromechanical-forming-sarah-naghawi-designboom-1800-2

concave indentations and convex bulges form simultaneously across opposite wall planes

welded perimeter seams hold the sheet metal edges under extreme internal liquid tension
polished metallic finishes accentuate the transitions between compressed and stretched zones
jawf-stainless-steel-hydromechanical-forming-sarah-naghawi-designboom-1800-3

the material permanently records internal pressure lines and metal-yielding thresholds

 

 

project info:

 

name: JAWF | جَوْف
designer: Sarah Naghawi | @studiosarahnaghawi

photographer: ASPIRE Ali Saadi Photography  | @aspire_photo

 

 

designboom has received this project from our DIY submissions feature, where we welcome our readers to submit their own work for publication. See more project submissions from our readers here.

 

edited by: Christina Vergopoulou | designboom

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