Determination Of Geometric Stress Intensity Factor For A Photoelastic Compact Tension Specimen

•

11 recomendaciones•3,004 vistas

Experimental and analytical studies with finite elements was done on a polycarbonate transparent material as a forerunner to a similar study on transparent glass -epoxy composites

Empresariales Tecnología

Determination of geometric stress intensity factor for a photoelastic compact tension specimen Me 823 project Presented by Anupam dhyani

objectives ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]

Organization ,[object Object],[object Object],[object Object],[object Object],[object Object]

background ,[object Object],[object Object],[object Object]

background ,[object Object],[object Object],[object Object],[object Object],[object Object]

Experimental work ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]

Specimen-modified C(T) ,[object Object],[object Object],[object Object],[object Object]

Experimental Set-up Polarizer Testing machine Analyzer Specimen

Experimental Set-up ,[object Object],[object Object],[object Object],After 9000 cls 21890 cls

Images at various loads 0 LOAD 80 N 90 N 100 N 110 N 120 N

Image analysis ,[object Object],[object Object],[object Object],[object Object]

error chart 16.76 2.87 14.31 120 21.2 4 5.54 16.95 110 28.40 7.76 22.10 100 22.30 10.86 22.53 90 58.68 11.62 28.39 80 TSCM(% error) Differencing(% error) Apogee(% error) LOAD (Newton)

Finite element modeling ,[object Object],[object Object],[object Object],[object Object],[object Object]

Finite element modeling-initial mesh 2387 Elements

results 15.87 54.87 120 14.34 49.89 110 14.16 44.25 100 14.09 40.08 90 13.98 35.34 80 Error (%) K (Mpa  mm) LOAD (Newton)

results 15.87 54.87 120 14.34 49.89 110 14.16 44.25 100 14.09 40.08 90 14.336 35.45 80 Error (%) K (Mpa  mm) LOAD (Newton)

Finite element modeling- final mesh 5228 Elements

results 15.67 53.8 120 14.29 49.87 110 14.49 44.35 100 14.99 40.16 90 14.98 35.50 80 Error (%) K (Mpa  mm) LOAD (Newton)

Finite element modeling- final mesh- refined 7642 Elements

deduction ,[object Object],[object Object]

conclusions ,[object Object],[object Object],[object Object],[object Object],[object Object]

Recommendations/Future work ,[object Object],[object Object],[object Object]

acknowledgements ,[object Object],[object Object],[object Object],[object Object]

Más contenido relacionado

La actualidad más candente

Fracture toughness measurement testingkhileshkrbhandari

FRACTURE MECHANICS PRESENTATIONAkash kumar

A review of constitutive models for plastic deformationSamir More

Lec 2 stress strain diagram (lec 2)Abdul Rehman Memon

MATERIALS TECHNOLOGYpalanivendhan

Basics of finite element method 19.04.2018Dr. Mohd Zameeruddin

Fatigueaqib jawed

An Introduction to the Finite Element MethodMohammad Tawfik

Mechanical Properties of Metalsguesteed04b

Impact testkidist w.

Introduction to finite element method(fem)Sreekanth G

Fatigue of materialsBilal

Mechanical properties of materials by ombaran singhrajatomar123

Tensile testing pptRahul Yadav

Seminar on fatigueTushar Aneyrao

01_INTRODUCTION_TO_FRACTURE_MECHANICS_linkedinCan Ozcan

mechanical propertiesKum Visal

Strength of materialsSimarpreet Singh

Fatigue of materialsRudresh M

Theory of ElasticityArnabKarmakar18

La actualidad más candente (20)

Fracture toughness measurement testing

FRACTURE MECHANICS PRESENTATION

A review of constitutive models for plastic deformation

Lec 2 stress strain diagram (lec 2)

MATERIALS TECHNOLOGY

Basics of finite element method 19.04.2018

Fatigue

An Introduction to the Finite Element Method

Mechanical Properties of Metals

Impact test

Introduction to finite element method(fem)

Fatigue of materials

Mechanical properties of materials by ombaran singh

Tensile testing ppt

Seminar on fatigue

01_INTRODUCTION_TO_FRACTURE_MECHANICS_linkedin

mechanical properties

Strength of materials

Fatigue of materials

Theory of Elasticity

Destacado

Structures and Materials- Section 4 Behaviour of MaterialsThe Engineering Centre for Excellence in Teaching and Learning

Fracture mechanicsbeerappa143

Lecture 11 shear stresses in beamsDeepak Agarwal

Structures and Materials- Section 7 Stress ConcentrationThe Engineering Centre for Excellence in Teaching and Learning

Shear force and bending moment diagramMuhammad Bilal

Forces acting on the beam with shear force & bending momentTaral Soliya

$fracture mechanics presentation$ $fracture mechanics presentation$

fracture mechanics presentationM Shahid Khan

Structures and Materials- Outline and IntroductionThe Engineering Centre for Excellence in Teaching and Learning

Shear Force And Bending Moment Diagram For Beam And Framegueste4b1b7

Determination of Stress Intensity Factor for a Crack Emanating From a Rivet ...IJMER

ESTIMATION OF STRESS INTENSITY FACTOR (SIF) ON CRACK COMPONENT BY USING FINIT...IAEME Publication

Shear Force And Bending Moment In BeamsAmr Hamed

What is Artificial Intelligence | Artificial Intelligence Tutorial For Beginn...Edureka!

Destacado (13)

Structures and Materials- Section 4 Behaviour of Materials

Fracture mechanics

Lecture 11 shear stresses in beams

Structures and Materials- Section 7 Stress Concentration

Shear force and bending moment diagram

Forces acting on the beam with shear force & bending moment

$fracture mechanics presentation$ $fracture mechanics presentation$

fracture mechanics presentation

Structures and Materials- Outline and Introduction

Shear Force And Bending Moment Diagram For Beam And Frame

Determination of Stress Intensity Factor for a Crack Emanating From a Rivet ...

ESTIMATION OF STRESS INTENSITY FACTOR (SIF) ON CRACK COMPONENT BY USING FINIT...

Shear Force And Bending Moment In Beams

What is Artificial Intelligence | Artificial Intelligence Tutorial For Beginn...

Similar a Determination Of Geometric Stress Intensity Factor For A Photoelastic Compact Tension Specimen

Experimental evaluation of strain in concrete elementsnisarg gandhi

Instrumentation Lab. Experiment #6 Report: Strain Measurements 1mohammad zeyad

Monitoring of strain and seismic vibrations in structureskalyanabooshnam

Correlation between Residual Stress and hardness response generated by Laser ...Dr. Suraiya Zabeen

DRAFT MEng Final Report 14052571William Gaffney

Strength of material lab, Exp 2: Tensile test Osaid Qasim

ME_Thesis_1.pptxVijayKamble86

TENSILE TEST REPORTmusadoto

FINITE ELEMENT ANALYSIS OF RIGID PAVEMENT USING EVERFE2.24& COMPARISION OF RE...civej

FEA Analysis & Re-Design of a Bicycle Crank ArmAusten Leversage

ME 5720 Fall 2015 - Wind Turbine Project_FINALOmar Latifi

Design of Equal Channel Angular Extrusion For Grain Refinement Pratik Saxena

01_FEA overview 2023-1 of fhtr j thrf for any.pptxRaviBabaladi2

ICF 2017Javier Gomez

DCB Specimen Stress Simulation ReportYichen Sun

FEA ReportKhashayar Tayebi

Torque Arm Modeling, Simulation & Optimization using Finite Element MethodsRavishankar Venkatasubramanian

Project1Siddhesh Sawant

exp no.1 tensile test Muhammed Fuad Al-Barznji

welding defect assessment residual stressmehrshad_mj

Similar a Determination Of Geometric Stress Intensity Factor For A Photoelastic Compact Tension Specimen (20)

Experimental evaluation of strain in concrete elements

Instrumentation Lab. Experiment #6 Report: Strain Measurements 1

Monitoring of strain and seismic vibrations in structures

Correlation between Residual Stress and hardness response generated by Laser ...

DRAFT MEng Final Report 14052571

Strength of material lab, Exp 2: Tensile test

ME_Thesis_1.pptx

TENSILE TEST REPORT

FINITE ELEMENT ANALYSIS OF RIGID PAVEMENT USING EVERFE2.24& COMPARISION OF RE...

FEA Analysis & Re-Design of a Bicycle Crank Arm

ME 5720 Fall 2015 - Wind Turbine Project_FINAL

Design of Equal Channel Angular Extrusion For Grain Refinement

01_FEA overview 2023-1 of fhtr j thrf for any.pptx

ICF 2017

DCB Specimen Stress Simulation Report

FEA Report

Torque Arm Modeling, Simulation & Optimization using Finite Element Methods

Project1

exp no.1 tensile test

welding defect assessment residual stress

Último

0183760ssssssssssssssssssssssssssss00101011 (27).pdfRenandantas16

John Halpern sued for sexual assault.pdfAmzadHosen3

Falcon Invoice Discounting platform in indiaFalcon Invoice Discounting

RSA Conference Exhibitor List 2024 - Exhibitors DataExhibitors Data

A DAY IN THE LIFE OF A SALESMAN / WOMANIlamathiKannappan

Katrina Personal Brand Project and portfolio 1kcpayne

Famous Olympic Siblings from the 21st Centuryrwgiffor

It will be International Nurses' Day on 12 MayNZSG

Call Girls In Panjim North Goa 9971646499 Genuine Serviceritikaroy0888

Call Girls Hebbal Just Call 👗 7737669865 👗 Top Class Call Girl Service Bangaloreamitlee9823

Chandigarh Escorts Service 📞8868886958📞 Just📲 Call Nihal Chandigarh Call Girl...Sheetaleventcompany

MONA 98765-12871 CALL GIRLS IN LUDHIANA LUDHIANA CALL GIRLSeo

How to Get Started in Social Media for Art League CityEric T. Tung

unwanted pregnancy Kit [+918133066128] Abortion Pills IN Dubai UAE AbudhabiAbortion pills in Kuwait Cytotec pills in Kuwait

Phases of negotiation .pptxnandhinijagan9867

Value Proposition canvas- Customer needs and painsP&CO

Pharma Works Profile of Karan Communicationskarancommunications

Call Girls Jp Nagar Just Call 👗 7737669865 👗 Top Class Call Girl Service Bang...amitlee9823

Falcon's Invoice Discounting: Your Path to Prosperityhemanthkumar470700

Mysore Call Girls 8617370543 WhatsApp Number 24x7 Best ServicesDipal Arora

Determination Of Geometric Stress Intensity Factor For A Photoelastic Compact Tension Specimen

1. Determination of geometric stress intensity factor for a photoelastic compact tension specimen Me 823 project Presented by Anupam dhyani

8. Experimental Set-up Polarizer Testing machine Analyzer Specimen

10. Images at various loads 0 LOAD 80 N 90 N 100 N 110 N 120 N

11.

12. APOGEE METHOD

13. Differencing method

14. Taylor series correction method (TSCM)

15. Analytical method ( ASTM- 399)

16. error chart 16.76 2.87 14.31 120 21.2 4 5.54 16.95 110 28.40 7.76 22.10 100 22.30 10.86 22.53 90 58.68 11.62 28.39 80 TSCM(% error) Differencing(% error) Apogee(% error) LOAD (Newton)

17. Comparison chart

18.

19. Finite element modeling-initial mesh 2387 Elements

20. results 15.87 54.87 120 14.34 49.89 110 14.16 44.25 100 14.09 40.08 90 13.98 35.34 80 Error (%) K (Mpa  mm) LOAD (Newton)

21. Finite element modeling-next mesh

22. results 15.87 54.87 120 14.34 49.89 110 14.16 44.25 100 14.09 40.08 90 14.336 35.45 80 Error (%) K (Mpa  mm) LOAD (Newton)

23. Finite element modeling- final mesh 5228 Elements

24. results 15.67 53.8 120 14.29 49.87 110 14.49 44.35 100 14.99 40.16 90 14.98 35.50 80 Error (%) K (Mpa  mm) LOAD (Newton)

25. Finite element modeling- final mesh- refined 7642 Elements

26. results 15.87 54.87 120 14.34 49.89 110 14.16 44.25 100 14.09 40.08 90 14.336 35.45 80 Error (%) K (Mpa  mm) LOAD (Newton)

27. Comparison chart( all methods)

28.

29.

30.

31.

32.

33.

34.

Determination Of Geometric Stress Intensity Factor For A Photoelastic Compact Tension Specimen

Recomendados

Recomendados

Más contenido relacionado

La actualidad más candente

La actualidad más candente (20)

Destacado

Destacado (13)

Similar a Determination Of Geometric Stress Intensity Factor For A Photoelastic Compact Tension Specimen

Similar a Determination Of Geometric Stress Intensity Factor For A Photoelastic Compact Tension Specimen (20)

Último

Último (20)

Determination Of Geometric Stress Intensity Factor For A Photoelastic Compact Tension Specimen