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dt_faul_2012_simoes

Contributions for a new representation paradigm in pattern design

Generation of basic patterns after the mobile body

Name
Inês Simões
Year
2012
Institution
Lisbon School of Architecture Universidade de Lisboa
Supervisors
Luis Romão, Fernando Moreira da Silva
Discipline
Fashion Design
Scope
Pattern design
Taxonomy
Praxiology
Type
Theoretical/Practical
Language
English
Wordcount / Pagecount
116,550 / 333
Joint supervision
No

A new representation paradigm in pattern design following the mobile body

Research Process (10 methods)

1. Literature review N = x
Exploratory Qualitative

x

2. Questionnaire N = 229
Exploratory Qualitative

Pattern manufcturers for women clothing

3. Questionnaire N = 28
Exploratory Qualitative

Pattern designers for women clothing

4. Case study N = unspecified
Generative Quantitative

Anthropometric data

5. Case study N = unspecified
Generative Quantitative

Human body joint variables

6. Diary N = 11
Generative Qualitative Observational

Photographic records of clothing being wore

7. Artefact analysis N = 11
Generative Qualitative

Photographic records of clothing being wore

8. Tangible mannequin N = 1
Generative Qualitative Design process

Tangible mannequin

9. Design project N = unspecified
Generative/Evaluative Qualitative Design process

Design of basic patterns

10. Usability test N = 6
Evaluative Qualitative Design process

Women aged 19 to 41

Knowledge Transfer & Exchange

Knowledge Exchange (PhD Process): Produced with input

IK&T Academia Design Practice Society
Context No No No
Vision No No No
Means Yes No No

Recommendations (2)

R144 Methodological Artifact, System & Service Design Priority: High

Refine the alternative tangible mannequin by substantially increasing the number and kinds of sampling units used to construct it.

Scope:
Micro → Meso
Time Horizon:
Medium
Evidence Strength:
Indicative
Feasibility:
Medium-High
R145 Evaluation, Monitoring & Impact Methodological Priority: High

Test how well the generated basic patterns support the development of other pattern shapes through flat-pattern methods such as slash-and-spread, pivoting, and dart transfer.

Scope:
Meso
Time Horizon:
Medium
Evidence Strength:
Indicative
Feasibility:
Medium-High