Knitted Fabric Design
Transkript
Knitted Fabric Design
ERCIYES UNIVERSITY FACULTY OF ENGINEERING TEXTILE ENGINEERING DEPARTMENT I. General Information Course Title TTY 310 Knitted Fabric Design Term Spring Department Textile Engineering LOCAL CREDIT: 2 ECTS CREDIT: 4 Coordinator Assoc. Prof.Dr. Levent ÖNAL Erciyes University, Faculty of Engineering, Dept. of Textile Engineering, 38039 Kayseri, TURKEY E-mail: lonal@erciyes.edu.tr Web Page : II. Course Information CATALOG DESCRIPTION: Basic knits, derived knits, design systems at flat and circular knitting systems, Knitted fabric analyze, Computer aided knitting technology. COURSE PRECONDITIONS: Knowledge of knitted fabric technology. LEARNING OBJECTIVES: At the end of this course, students will be able to: 1. 2. understand various knits, jacquard mechanism of knitting, new version computer aided flat knitting machinery and their design systems. recognize special knitted fabrics and to analyze them TEXTBOOK: Spencer, D., Knitting Technology, 2003, BPCC Wheatons Ltd., Exeter, İngiltere Raz, S., Flat Knitting Technology, 1993, Universal Maschinenfabrik, Germany. GRADING: 1. Homework (10 %) 2. Midterm (30 %) 3. Final exam (60 %) TOPICS: (14 Weeks) st (1 Week) Drawing basic patterns (plain, lacost) , properties, areas used nd (2 Week) Drawing basic patterns(interlock, links-liks), properties, areas used rd (3 Week) Patterns derived from plain knit, drawing, properties, areas used th (4 Week) Patterns derived from ribs, properties, areas used th (5 Week) Patterns derived from interlock, properties, areas used th (6 Week) Fleecy fabric properties, areas used th (7 Week) Fabric analysis th (8 Week) Fabric analysis and designing a new fabric th (9 Week) Color effect th (10 Week) Midterm exam th (11 Week) Fancy patterns, properties, areas used th (12 Week) Machine types th (13 Week) CAD systems in fabric designing th (14 Week) Presentation of term paper OUTCOME COVERAGE: Apply math, science and engineering knowledge. Design a system, component or process to meet desired needs. Identify, formulate, and solve engineering problems.