Sculpture

HEMI Fellowship Virtual Exhibit

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Sculpture

HEMI Fellowship Virtual Exhibit

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John's Hopkins HEMI (High Energy Materials Institute) resident artist and MICA professor Stephen Hendee’s initial point of reference for his research fellowship was conversations with HEMI researcher Sung Hoon Kang about his lab’s work on dynamic structural lattices. In response, Hendee developed virtual models for structural materials and latices to be produced at a miniature scale while also experimenting with materials in his own studio since physical access to the materials labs was limited during the pandemic. One of the structures that Hendee focused on was a structure combining carbon and crystalline forms. The investigation of synthetic structural aggregates lead to development of unique materials with dynamic and durable properties in permanent objects. Here he presents 3D printed models and cast material structures at various scales.

HEMI (High Energy Materials Institute) Johns Hopkins University Research Fellowship Spring 21'

HEMI (High Energy Materials Institute) Johns Hopkins University Research Fellowship Spring 21'

 
HEMI Fellowship at JHU by Stephen Hendee Spring 2021
HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Project 3 (2021)
FDM print from PLA Plastic
8" x 8" x 4"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Project 4 (2021)
FDM print from PLA Plastic
8" x 8" x 7"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Project 5 (2021)
FDM print from PLA Plastic
8" x 8" x 7"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Project 6 (2021)
FDM print from PLA Plastic
5" x 5" x 2"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Project 7 (2021)
FDM print from PLA Plastic
10" x 10"x 7"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Project 8 (2021)
FDM print from PLA Plastic
10" x 4" x 4"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Project 9 (2021)
FDM print from PLA Plastic
6" x 6" x 6"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Project 10 (Methane) (2021)
Stanless steel and synthetic aggregate
23" x 23" x 23"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on Light table

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on Light table

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on Light table

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on Light table

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on Light table

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on Light table

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on being lit with UV light

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on being lit with 5000K light

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

Hex casts group (2021-22)
Cast acrylic, recycled plastics, polyester fibers
(each) 7" x 5" x 1"
Pictured on being lit with UV light

HEMI Fellowship at JHU by Stephen Hendee Spring 2021

PC Load Letter (Walking with My Machine) (2021-22)
Found office printer, Synthetic aggregate, UV pigments
40"x 30" x 30"
Pictured on being lit with UV light