UNDERSTANDING CAPACITY IN THE HUMAN AND THE MACHINE
Published In: 7TH INTERNATIONAL CONFERENCE ON ADVANCES IN COMPUTING, COMMUNICATION AND INFORMATION TECHNOLOGY
Author(s): YAN M. YUFIK
Abstract: For millennia, questions concerning human understanding capacity have been relegated to philosophy, but became an issue of technical urgency recently, due to rapid advancements in machine intelligence. This paper summarizes a theory of neuronal mechanisms underlying understanding followed by outlining a framework for simulating such mechanisms in computational artifacts.
- Publication Date: 28-Oct-2018
- DOI: 10.15224/978-1-63248-162-7-34
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DESIGN OF COMPOSITE PIPES WITH DIFFERENT FIBER ORIENTATIONS EVALUATION OF THE INTERNAL PRESSURE CAPACITY
Published In: 7TH INTERNATIONAL CONFERENCE ON ADVANCES IN CIVIL, STRUCTURAL AND MECHANICAL ENGINEERING
Author(s): NOEL O DOWD , TAMER A. SEBAEY
Abstract: Fiber reinforced composites pipes provide excellent strength and stiffness characteristics and high corrosion and erosion resistance. In addition,the possibility to tailor the strength and stiffness characteristics by optimizing the winding angle gives the designer extra flexibility to design different pipe based on the different working conditions.In the current work, GFRP pipe designed with four different winding angles have been tested under internal pressure. Four pipes were manufactured by filament winding with winding angles of ±45/ ±45/ ±45], ±55/ ±55/ ±55], ±63/ ±63/ ±63], and ±63/ ±45/ ±55]. Each pipe has internal diameter of 110 mm, wall-thickness of 3.8 mm, and length of 450 mm. The pipes were exposed to internal pressure to determine their capacities. Under internal pressure, the maximum failure pressure recorded (60 bar) was that for the pipes with ±55]3 winding angles. All specimens failed in the same way of initial leakage, governed by matrix cracking, which
- Publication Date: 28-Oct-2018
- DOI: 10.15224/978-1-63248-163-4-13
- Views: 0
- Downloads: 0