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FSD (AC) 2021

2021BUTEX-AC

Two Fabric Structure and Design papers (FE-305) from BUTEX affiliated colleges' 2021 Level-3 Term-I finals. Questions require drafting system comparisons, twill angle numericals, plain weave derivatives with GSM calculation, corkscrew and crepe designs, and distorted thread effects.

Q1

BANGLADESH UNIVERSITY OF TEXTILES

B. Sc. in Textile Engineering ㅤ(For Affiliated Colleges)

Level-3 Term-I, Final Exám-2021
Subject:
Fabric Structure and Design (Code: FE-305)
Time: 3.0 Hrs. Full Marks: 72
(Use separate answer script for Part: A and Part: B)

(All parts of a question must be answered consecutively)


Part: A
(Answer any three questions)

1. ⁢(a) Mention the ways of producing fabric. Differentiate between woven and knit fabric.

(b) Define contact field, interlacing field and free field.

(c) Distinguish between skip, divided and broken draft.

[4+3+5 = 12]

2. (a) Differentiate between twill design and satin design.

(b) Mention the factors that affect the prominence of twill line.

(c) If step up = 2, EPcm = 60, PPcm = 30 and twill angle = 72 then find the step on ward.

[4+4+4 = 12]

3. (a) Classify plain weave and the derivatives of plain weave.

(b) Calculate GSM of this woven fabric with necessary consideration.

Q2

BANGLADESH UNIVERSITY OF TEXTILES

B. Sc. in Textile Engineering ㅤ(For Affiliated Colleges)

Level-3 Term-I, Final Exám-2021
Subject:
Fabric Structure & Design (Code: FE 305)

Time: 3.0 Hrs. Full Marks: 72
(Use separate answer script for Part: A and Part: B)

(All parts of a question must be answered consecutively)


Part: A
(Answer any three questions)

1. ⁢(a) Define fabric structure. Differentiate between structural design and artistic design.

(b) State the classification of drafting system with graph paper representation.

(c) Describe the various elements of woven fabric design with example.

[4+4+4 = 12]

2. (a) Explain how to ornament of plain weave.

(b) Draw a derivative of plain weave by using formula no. .

(c) Show the graph paper example of stitched Matt design.

[2+5+5 = 12]

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