S. Mandayam/ECE Dept./Rowan University Project Objectives Design and develop test-platforms for performing Acoustic Emission (AE) measurements on defective.

Slides:



Advertisements
Similar presentations
WELD TESTING.
Advertisements

Load Cell &DP Cell 2007-CHEM-17.
Acoustic Emission Test Platform Customers: Exxon Mobil Department of Energy Team: Dan Edwards Terry Lott John Ludes Joseph Oagaro Consultant: Philip James.
TENSILE TESTING-Lab 3 Test specimens of 6061-T6 aluminum 1018 cold rolled steel PMMA (polymethymethacrylate) (cast acrylic) Polycarbonate (PC) ASTM E8/E8M.
Elastic Properties of K13D2U/Epoxy Prepreg
Be/FS joining for ITER TBM Ryan Matthew Hunt FNST Meeting August 18, 2009 A collaboration between UCLA, SNL-Livermore, Brush-Wellman, Axsys Inc. and Bodycote.
5 Axis Machining Clamping Devices for 5 axis machining.
Standard conduit designations Steel pipe Ductile iron pipe Steel tubing Copper tubing Polymeric conduits Reinforced hoses.
2011 Objective : The objective of this project is to design and build a test rig that is inexpensive and portable; which can grade the strength of small.
FORCE-STRAIN-STRESS measurements.
S. Mandayam/ECE Dept./Rowan University Development of an Acoustic Emission Test Platform with a Biaxial Stress Loading System Joseph Oagaro, Shreekanth.
S. Mandayam/ECE Dept./Rowan University Development of an Acoustic Emission Test Platform with a Biaxial Stress Loading System Joseph Oagaro, Shreekanth.
Oagaro Thesis Defense ECE Dept./Rowan University Heterogeneous multi-sensor data fusion using geometric transformations and Parzen windows for the NDE.
S. Mandayam/ NDE/ Fall 99 Principles of Nondestructive Evaluation Shreekanth Mandayam Graduate / Senior Elective / Fall 1999
Multi-sensor data fusion using geometric transformations for the nondestructive evaluation of gas transmission pipelines by PJ Kulick Graduate Advisor:
S. Mandayam/ECE Dept./Rowan University Development of an Acoustic Emission Test Platform with a Biaxial Stress Loading System Joseph Oagaro, Shreekanth.
Multidisciplinary Engineering Senior Design Project 6218 Soft Tissue “Tensile” Tester Preliminary Design Review 2/24/2006 Project Sponsor: Bausch & Lomb.
S. Mandayam/ECE Dept./Rowan University A Data Fusion System for the Nondestructive Evaluation of Non-Piggable Pipes PI: Shreekanth Mandayam Co-PIs: Robi.
Data Acquisition Purpose: Support rocket testing, provide a meaningful method to collect and store data Acquired from P7110 Measure sensor outputs  Load.
Multidisciplinary Engineering Senior Design Project 6218 Soft Tissue “Tensile” Tester Preliminary Design Review 2/24/2006 Project Sponsor: Bausch & Lomb.
Workshop A12-2 Fatigue: Strain-Life.
UFM610UFM610 Wellcome Bienvenue Willkommen Bienvenido Добро пожаловать ようこそ 歡迎.
Concrete Testing Gauge REBAR LOCATOR TC100 CRACK DEPTH GAUGE TC200 CONCRETE TESTING GAUGE TC300 CRACK DEPTH GAUGE TC400.
Component Testing Test Setup TapLok Insert Shear Key Copper Threads
New Jersey Coastal Monitoring Network Tom Herrington Research Assistant Professor Davidson Laboratory, Stevens Institute of Technology.
SUB-TASK 2.1: LABORATORY-SCALE INVESTIGATIONS. LABORATORY-SCALE DESCRIPTION Ninety one laboratory-scale specimens were subjected to multiple damage-heat.
The Pencel Pressuremeter Sunil Sundaram Foundation Design Spring 2004.
指導教授 : 楊國湘 博士 學 生 : 吳孝謙 學 號 : M
T.M.F.T: Thermal Mechanical Fatigue Testing
Design of screw jack Y. Mohan S S Ram.
Floors and Double Bottoms
Digital Image Correlation
Advanced Acoustic Emission for On-stream Inspection of Petroleum Industry Vessels.
VISUAL MONITORING OF RAILROAD GRADE CROSSING AND RAILROAD TRACKS University of Central Florida.
Gesture-Based Interactive Beam- Bending By Justin Gigliotti Mentored by Professor Tarek El Dokor And Dr. David Lanning Arizona/NASA Space Grant Symposium.
ENT 153 TUTORIAL 1.
Acoustic Emission Testing. Activity of AE Sources in Structural Loading AE Sources Non-metallic inclusions Cracks Frequency range 100 – 500kHz Activity.
EFFECTS OF MULTIPLE HEAT STRAIGHTENING REPAIRS ON THE STRUCTURAL PROPERTIES AND FRACTURE TOUGHNESS OF BRIDGE STEELS Keith Kowalkowski, Graduate Assistant.
Nondestructive Testing Methods NDT.
Robotic Backhoe with Haptic Display Project goals System concept Component selection Hydraulic circuit Modeling Kinematic simulation.
LARP Collaboration Meeting Racetrack Coil Fabrication
S. Mandayam/ECE Dept./Rowan University Ultrasonic Testing Thermal Imaging Acoustic Emission Test Platforms Digital Signal/Image Processing Data Fusion.
UNIT-3 CIRCULAR PRESTRESSING. Analysis at Service Loads The tensile stress due to the internal pressure (p) can be calculated from the tension T.
ACCELERATION AND LOCALIZATION OF SUBCRITICAL CRACK GROWTH IN A NATURAL COMPOSITE MATERIAL S. Lennartz-Sassinek et al. Presented by Yingdi Luo for Ge277,
Problems 1. A large plate is fabricated from a steel alloy that has a plane strain fracture toughness of 82.4MPa√m. If, during service use, the plate is.
Ultrasonic crack monitoring in extreme and inaccessible environments F. B. Cegla, J.Davies, P. Cawley Non-Destructive Testing Group, Department of Mechanical.
Acoustic Emission Fatigue Life Prediction in Bridge Steel Eric v. K. Hill, Andrej Korcak, Jamil Suleman and Fady F. Barsoum APPROACH/TECHNICAL CHALLENGES.
Date of download: 6/6/2016 Copyright © ASME. All rights reserved. From: A Comprehensive Parametric Finite Element Study on the Development of Strain Concentration.
An Overview of the Asphalt Mixture Performance Tester.
Additional site investigations Study on long-term behavior of rock PhD project at Technische Universität München Chair of Engineering Geology Carola Wieser,
PRESSURE VESSEL. 1.Determine the bursting steam pressure of a steel shell with diameter of 10 inches and made of ¼ in thick steel plate. The joint efficiency.
HASMUKH GOSWAMI COLLEGE OF ENGINEERING SEM. 5 Mechanical Engineering
Pressure Vessel Inspection Techniques
Potential Risks, Limitations, And Failure Mechanisms Arising From Fastener Design, Manufacture, Material, And Coating Selection Prepared for the National.
Submitted by:- Sukhpreet singh , D2 C.E. C3
If A and B are on the same side of the origin (i. e
NSM LAB Net Shape Manufacturing Laboratory
Date of download: 10/26/2017 Copyright © ASME. All rights reserved.
Date of download: 11/6/2017 Copyright © ASME. All rights reserved.
Date of download: 11/8/2017 Copyright © ASME. All rights reserved.
Date of download: 11/11/2017 Copyright © ASME. All rights reserved.
PRESTRESSED CONCRETE STRUCTURES ASSISTANT PROFESSOR(Sr.Gr)
Chapter X: Sheet Forming (Membrane Theory) 1 Content of Membrane Analysis Basic Assumptions Static Equilibrium Equations Strain State Application 1: Hole.
2 3 Chain Tensioners Drive Chains Hydraulic Motors Gooseneck Load Cell Stripper.
An Experimental Verification of Polymer Microcracking
Xerox Bearing Tester Systems Level Design Review
Flow Control Valves & Pressure Relief valves
Introduction to Presses
On the Cutting Edge of Hearing Aid Research
Presentation transcript:

S. Mandayam/ECE Dept./Rowan University Project Objectives Design and develop test-platforms for performing Acoustic Emission (AE) measurements on defective pipe segments under bi-axial stress conditions Develop empirical relations between stress and AE signal parameters

S. Mandayam/ECE Dept./Rowan University Major Tasks Specimen fabrication Set-up for 2-D Tensile Testing Instrumentation (AE and control) and data acquisition set-up AE testing: collaboration with Physical Acoustics Corporation Signal analysis

S. Mandayam/ECE Dept./Rowan University Conceptual Design: Test Platform Data Acquisition Signal Conditioning Display/ User Interface Specimen Load Cell Simulated Defect Double Acting Hydraulic Ram AE Sensors

S. Mandayam/ECE Dept./Rowan University Current Test Platform Design Frame Load Transducer Specimen Loading Screws Specimen Clamping Bracket

S. Mandayam/ECE Dept./Rowan University AE Stress Testing Platform 1/24/2003

S. Mandayam/ECE Dept./Rowan University Specimen Fabrication Provided by Shell Oil Co. 0.5” Thick SA-516 grade 70 Steel Coupons Simulated Cracks of varying depths.08”,.16”, and.32” deep Two sets of 3 specimens each Uni-axial and Biaxial Loading simulates axial and hoop stresses of a pressurized pipeline Also machine specimens in house with saw cut defect

S. Mandayam/ECE Dept./Rowan University Test Parameters Uniaxial Load Test Axis-1: 20,000 lbs Axis-2: 0 lbs Biaxial Load Test Axis-1: 20,000 lbs Axis-2: 10,000 lbs Saw-cut simulated crack

S. Mandayam/ECE Dept./Rowan University AE Results

S. Mandayam/ECE Dept./Rowan University AE Results

S. Mandayam/ECE Dept./Rowan University AE Results

S. Mandayam/ECE Dept./Rowan University AE Results

S. Mandayam/ECE Dept./Rowan University Location View

S. Mandayam/ECE Dept./Rowan University Future Steps Modify test platform design Hydraulic System to reach desired load Extraneous Sound Dampening Test Shell specimens Parameterize AE signatures for 1-D and 2-D stress loading

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com. Inc. All rights reserved.