Course: | 510.108 Materials science of art and cultural objects |
Date Offered: | Spring 1998 |
Location: | Baltimore, MD |
Instructor: | Jerome Kruger (and guests) |
Institution: | Johns Hopkins University, Materials Science and Engineering Department |
1/27 | Lili Ott - JHU, Art and materials at Homewood |
2/3 | Robert B. Pond Sr., JHU - Introduction to materials used in art objects |
2/10 | Robert B.Pond, Jr., JHU - Metals: The casting of
metallic art objects Reading: Maryon and Plenderleith |
2/17 | Jerome Kruger, JHU - The production of art objects by
ancient metallurgists Reading: Hodges "Chapter 4: Copper and Copper Alloys." Homewood Museum survey due. |
2/24 | Jerome Kruger, JHU - Corrosion: The degradation of art
objects Reading: Kruger |
3/3 | Shelley Sturman, National Gallery of Art - Scientific
analysis of art and cultural objects Article Abstract #1 due. |
3/10 | Johanna Bernstein, JHU - techniques for the analysis of
decorative coatings Reading: Feller Stolow and Jones Baltimore Museum of Art survey due. Quiz #1. Turn in choice of object for Final Project for approval. |
3/17 | Spring Break |
3.24 | Johanna Bernstein, JHU - Wood and its use in art
objects Reading: Hoadley |
3/31 | Donna Strahan, Walters Art Gallery - Organic materials
used in art objects Article abstract #2 due. |
4/7 | Chandra Reedy, University of Delaware - Early American
Glass Reading: Brill |
4/14 | Melanie Gifford, National gallery of art - Conservation
science of paintings at the National gallery of Art Reading: Mayer Quiz #2 |
4/21 | Jacqueline Olin, Conservation Analytical Laboratory -
Study of early European Contact Ceramics Reading: Hodges "Chapter 1: Pottery" Article abstract #3 due. |
4/28 | Priscilla Anderson, Walters Art Gallery - Material
science of Paper Reading: Hunter Final Project due |
5/7 | FINAL |
D.R. Abbott and D.M. Schaller,"Electron Microprobe and Petrographic Analyses of Prehistoric Hohokam Pottery to Determine Ceramic Exchange within the Salt River Valley, Arizona," Materials Issues in Art and Archaeology II, 1985 eds. P.B. Vandiver, J. Druzik and G.S. Wheeler (Materials Research Society, Pittsburgh, PA) 441-453
Chemical assays with an electron microprobe in conjunction with petrographic data are used to test hypotheses about the production and exchange of Hohokam pottery within the Salt River Valley, Arizona. Several pottery varieties based on temper petrology are associated with ten distinct zones of mutually distinguishable rock types within the valley. Hypotheses about the utilization of the rock types for local pottery production at particular location are tested with microprobe assays of the pottery's clay fraction. The associations between clay and temper types distinguish locally produced pottery from imported ceramics. Results from the site of Pueblo Grande are discussed. They indicate a complicated pattern of temper procurements and the exchange of large quantities of plain and redware pots within and between the canal systems situated in the Salt River valley.
NOTE: PLEASE CHOOSE THE OBJECT FOR YOUR FINAL PROJECT AND SUBMIT YOUR CHOICE (LISTING THE OBJECT, THE MUSEUM WHERE IT IS LOCATED AND ITS ACCESSION NUMBER) FOR APPROVAL BY FEBRUARY 25.
(1) 25% | Abstracts. #1 due 3/3 2 due 3/31 3 due 4/21 |
(2) 5% | Homewood Museum object survey, due 2/17 Baltimore Museum object survey, due 3/10 -you must complete both to receive any credit |
(3) 15% | Quizzes, #1 will be on 3/10 #2 will be on 4/14 |
(4) 25% | Final project, due 4/28 |
(5) 30% | Final exam, 5/7 |