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Harvard Art Museums/Arthur M. Sackler Museum, Alpheus Hyatt Purchasing Fund Fragment of a Rhyton (a doe) Object Number - 1953.102 Achaemenid period, 5th century BCE Silver, 8.1 × 4.1 × 4.9 cm (3 3/16 × 1 5/8 × 1 15/16 in.) 41.6 grams

Harvard Art Museums/Arthur M. Sackler Museum, Alpheus Hyatt Purchasing Fund
Fragment of a Rhyton (a doe) Object Number - 1953.102
Achaemenid period, 5th century BCE
Silver, 8.1 × 4.1 × 4.9 cm (3 3/16 × 1 5/8 × 1 15/16 in.) 41.6 grams

Fragment of a Rhyton

The project started with Susanne Ebbinghaus, the George M.A. Hanfmann Curator of Ancient Art and Head of the Division of Asian and Mediterranean Art at the Harvard Art Museums, reaching out to me in regards to a possible Silversmithing workshop for a hands on appreciation to compliment the special exhibit she was curating, Animal-Shaped Vessels from the Ancient World: Feasting with Gods, Heroes, and Kings. In conjunction with the exhibition, the work shop would be part of a Symposium, Between Art and Asset: Silver Vessels from Antiquity to Today, and we thought it would be interesting to have a co-presentation between a Silversmith and Angela Chang, Assistant Director, Conservator of Objects and Sculpture and Head of Objects Lab.

On my first visit to Harvard Art Museums Angela had pulled this Fragment of a Rhyton from the collection for us to look over and inspect . By the end of the day I had decided that I would remake the Deer, documenting my process to share in our presentation, Reconstructing an Ancient Artifact: A Silversmith and a Conservator in Conversation.


RhytonDoeFin-47-ME_72ppi.jpg
RhytonDoeFin-64-ME_72ppi.jpg
RhytonDoeFin-Stack_72ppi-SQ.gif
RhytonDoeFin-47-ME_72ppi.jpg RhytonDoeFin-64-ME_72ppi.jpg RhytonDoeFin-Stack_72ppi-SQ.gif
1953.102_Rhyton frag_14.jpg
1953.102_Rhyton frag_12.jpg
1953.102_Rhyton frag_15.jpg
1953.102_Rhyton frag_16.jpg
1953.102_Rhyton frag_18.jpg
1953.102_Rhyton frag_02.jpg
1953.102_Silver-Rhyton-tilted_280kV5mA3focal1min190cm3mmCufilterPbscreens_1Edgefilter_AV.jpg
1953.102_Rhyton frag_14.jpg 1953.102_Rhyton frag_12.jpg 1953.102_Rhyton frag_15.jpg 1953.102_Rhyton frag_16.jpg 1953.102_Rhyton frag_18.jpg 1953.102_Rhyton frag_02.jpg 1953.102_Silver-Rhyton-tilted_280kV5mA3focal1min190cm3mmCufilterPbscreens_1Edgefilter_AV.jpg

Reconstructing the Deer

From images and measurements provided by Harvard Art Museum I began to reconstruct the deer by forming the body through raising and attaching lost wax cast ears through soldering.

Part 1 - Raise

Create “cup form” out of fine silver sheet

A course is the time frame in which the metal transitions from a softened annealed state to work hardened. At the end of each course the work was photographed to illustrate the progression of the piece. The initial cup forming took 11 courses, special attention is placed on maintaining material thickness and insuring mass is allocated correctly.

 11 courses
 Starting blank with offset kernel
 Front
 Back

Part 2 -Isolate mass

separate head, neck, and body

Giving the deer its general form took 20 courses.

 Front view 20 courses
 Side view 20 courses
 First course of isolating mass
 General shape and form complete

Part 3 - Refine & detail

chase & repoussé, attach cast ears, & gold leafing

Refining the form and detailing took 13 courses.

 Front view 13 courses
 Side view 13 courses
 First course of detailing
 Final course

Overall the Deer required 44 courses, I did not attempt to recreate the legs but perhaps in the future this Fragment of a Rhyton will receive legs and a horn.

Featured
 Front

Front

 Side

Side

 Back

Back


Determining the starting blank & creating Samples

The first step in reconstructing the deer was determining the starting blank of sheet metal to form the body out of. The first blank I knew was to large and thick but it was more of a quick exploration of the form, my approach, and understanding of equipment needed. Due to the small scale of the object I was curious if my collection of forming stakes would be suitable to form the deer or if new tooling was required.

Featured
 Template 1 - 6" diameter 20ga (.08mm, .032")

Template 1 - 6" diameter 20ga (.08mm, .032")

Sample 1 - raised to a cup
Sample 1 - raised to a cup

Sample 1 - raised to a cup

 Cup shape being modified to create head, neck, & body

Cup shape being modified to create head, neck, & body

 Sample 1 - end result

Sample 1 - end result

Featured
 Template 2 - 4x4.5" 22ga(.65mm, .025")

Template 2 - 4x4.5" 22ga(.65mm, .025")

MVIMG_20180816_160148.jpg
 Modified starting blank & hammering results in unique edge

Modified starting blank & hammering results in unique edge

 Samples 1 & 2

Samples 1 & 2

Template 3

The third template was the final size, shape, & thickness I decided to work from. The four samples made from this starting blank all look different especially at the edge or opening of the hollow form. By changing the location of the kernel, mark at the bottom in which guide lines are drawn for hammering courses, and altering my hammering techniques mass or material can be moved to where it is needed, mainly the belly.

Featured
 Template 3 - 5 1⁄8” x 4 15⁄16” 22ga (.65mm, .025”) utilized for Samples 3-6

Template 3 - 5 1⁄8” x 4 15⁄16” 22ga (.65mm, .025”) utilized for Samples 3-6

 Sample 3

Sample 3

 Sample 4 - kernel is offset to the back

Sample 4 - kernel is offset to the back

 Sample 4 - material hammered to front for belly

Sample 4 - material hammered to front for belly

 Sample 4 — utilized to test soldering operation for ears

Sample 4 — utilized to test soldering operation for ears

 Sample 5 - kernel is set back to the center point

Sample 5 - kernel is set back to the center point

 Sample 5 - kernel was centered on modified blank size

Sample 5 - kernel was centered on modified blank size

 Sample 5 - isolating mass for head, neck, & body

Sample 5 - isolating mass for head, neck, & body

 Sample 5 - refining the separation between head, neck, & body

Sample 5 - refining the separation between head, neck, & body

 Sample 5

Sample 5

 Sample 6 - kernel is offset to the back

Sample 6 - kernel is offset to the back

 Sample 6

Sample 6


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