Senior ii presentation laminated pipe with composite material and tested under

2.  Section1:  AutoCAD Drawings
 Composite intro  FWM
 Section 2:  Machine Fabrication
 Design  Machine test
 FWM
 FEA Program
 Fiber creel
 Resin Bath  Conclusion
 Supports
 Carriage Unit & Slider
Eye
 Modified design
 Lathe Machine

3. Composite
Section 1:
A materials system
composed of two
or more physically
distinct phases

4. Materials consist of two Classification
phases: Composite Materials
1. Primary phase - 1. Metal Matrix
matrix Composites (MMCs)
2. Secondary phase - a 2. Ceramic Matrix
reinforcing agent, Composites (CMCs)
3. Polymer Matrix
Composites (PMCs)

5. (a) fiber, (b) particle, and (c) flake
a)
1. Primary phase - matrix
2. Secondary phase - a reinforcing agent,
(b) Stress -strain relationships for the composite material

6. Design Section2:
Conceptual designs
1. Fiber Creel
2. Resin Bath
3. Supports

7.  Delivery systems
 Fiber creel
 Resin bath
 Carriage unit and
sideway
 Motors
 Rotary assembly

8.  Conceptual Designs

9.  Conceptual designs

10.  Conceptual Design

11.  Conceptual Design

13.  Fiber Creel
 Resin Bath
 Tensioner
 Eye guider

14.  AutoCAD Drawings

15. Fabrication
Section3:

21.  Steel tube under internal pressure
Finite Element
Analysis
LUSAS offers
various types of
analysis such as
Linear Static,
Nonlinear Static,
Natural Frequency,
Modal, Steady State
Field and Fourier
analysis.

22.  Steel Reinforced with Composite tube
under internal pressure Finite Element
Analysis
After runing the
model, results are
generated in colors
showing the stresses
over entire surface.

23. x y z xy yz zx
Layer 1 0.1096E+08 0.1818E+07 0.4066E+06 0.8053E+02 0.1796E+04 0.1911E+07
Maximum
Layer 1 -0.8132E+07 0.4365E+06 -0.6374E+06 -0.8053E+02 -0.1796E+04 -0.1911E+07
Minimum
Layer 2 0.7519E+07 0.1794E+07 0.2105E+06 0.8460E+02 0.1701E+04 0.1204E+07
Maximum
Layer 2 -0.6195E+07 0.3866E+06 -0.3536E+06 -0.8460E+02 -0.1701E+04 -0.1204E+07
Minimum
Layer 3 0.6694E+07 0.1770E+07 0.8664E+05 0.8639E+02 0.1646E+04 0.7644E+06
Maximum
Layer -0.6269E+07 0.3292E+06 -0.1672E+06 -0.8639E+02 -0.1646E+04 -0.7644E+06
3Minimum
Layer 4 0.7801E+07 0.1750E+07 0.1999E+05 0.8685E+02 0.1570E+04 0.3329E+06
Maximum
Layer 4 -0.7967E+07 0.2658E+06 -0.5153E+05 -0.8685E+02 -0.1570E+04 -0.3329E+06
Minimum