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DTSTART;TZID=UTC:20240703T100000
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SUMMARY:Two Days Hands on Workshop on Linear Elastic Fracture Mechanics (LEFM)
DESCRIPTION:Two Days Hands on Workshop on Linear Elastic Fracture Mechanics (LEFM)\n3-4th July 2024 @Virtual Engineering\, Rajajinagar\, Bangalore \nAbout Workshop\nThis workshop introduces theoretical fracture mechanics covering LEFM approach with dynamics of crack initiation\, propagation\, and failure. Workshop also explains factor in predicting the Stress Intensity Factor (SIF); Consideration of crack geometries\, crack growth laws\, time\, cycle\, dependent combined with time\, temperature dependent crack growth; Fatigue life calculation under simple\, non-proportional\, transient\, spectrum\, hold\, combination and load schedules\, further fatigue life\, SIF history life calculation. Workshop will be a hybrid studies of fracture mechanics theory and 3D Crack Growth Simulations / computational fracture mechanics with hands on experience. Users are encouraged to bring their problem statements (with FEA) performed and experts will guide to simulate the fracture studies during the workshop. \nTopics Covered (Theory & Practical)\n\nFatigue and Damage Tolerance Philosophies : Safe Life Design /Fail Safe Design/Damage Tolerance Design/Future Trends in Fatigue Design\nFatigue Analysis : Stress\, Strain\, three stages of Fatigue Crack Growth\, Factors influencing Fatigue Crack Growth\, Fatigue Crack Growth through Fracture Mechanics Approach\nLinear Elastic Fracture Mechanics (LEFM)\n– Historical Development\n– Crack Tip Stress\, Strain\, Displacement Fields\n– Definition of Mode I\, Mode II\, Mode III SIF\n– Analytical Methods to determine SIF\n– Experimental methods to determine SIF\n– SIF Solutions a Compendium\n– FCG Models\nComputational Fracture Mechanics\n– Numerical Methods to determine SIF\n– Refined Finite Element Models to determine SIF\n– Theoretical Calculation V/s Simulated results correlation\n– SIF prediction with Displacement Correlation/ Interaction Integral / VCCT and Comparisons\\n3D Crack Growth Methodology\nCrack Growth Prediction/ Crack Turning or Kinking /Crack Relative Extension /Crack Front Smoothing /Sub-critical Crack Growth /Crack Growth Load Schedule /Crack Growth Rate Models for Sub-critical Crack Growth /Quasi-Static Crack Growth/User-Defined Crack Growth /Crack Growth Stopping Criteria /Fatigue Crack Growth Summary.\nDemo: Crack Growth\n\nRegistration Details\nIndustry : INR 5000.00 + GST (18%)\nFaculty/Research Scholars : INR 4000.00 + GST (18%)\nStudents : INR 3000.00 + GST (18%) \n  \nContact :\nMs. Hemalatha L M\nhemalathalm@dhioresearch.com\nPhone : +91 9900138009 \n  \n 
URL:https://www.dhioresearch.com/event/two-days-hands-on-workshop-on-linear-elastic-fracture-mechanics-lefm/
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ORGANIZER;CN="DHIO%20RESEARCH%20AND%20ENGINEERING%20PVT%20LTD":MAILTO:nls@dhioresearch.com
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