This webinar explores how finite element analysis can be used to simulate crack initiation and propagation in concrete structures , with a particular focus on dams.
Participants will learn how material nonlinearity, loading conditions and fracture parameters influence crack behaviour, and how analysis results can support structural safety assessment, rehabilitation and engineering decision-making.
01 / ANALYSIS
Finite Element Modelling
Explore finite element approaches for analysing crack behaviour in concrete structures and dams.
02 / BEHAVIOUR
Crack Propagation
Understand the influence of material nonlinearity, loading conditions and fracture parameters.
03 / APPLICATION
Engineering Decisions
Connect analysis results with structural safety assessment, rehabilitation and engineering decisions.
Learning Outcomes
● Finite element analysis
● Crack initiation & propagation
● Material nonlinearity
● Loading conditions
● Fracture parameters
● Concrete dam analysis
● Structural safety assessment
● Rehabilitation & engineering decisions
📌AGENDA
01
Understanding Cracking in Concrete Dams
Examine common causes, crack types and potential failure mechanisms.
02
FEM-Based Crack Modelling
Define concrete material behaviour using Concrete Damage Plasticity/Smeared Crack Model, fracture properties and modelling assumptions.
03
Building the Dam Analysis Model
Establish geometry, mesh, boundary conditions and critical loading scenarios.
04
Evaluating Crack Initiation and Propagation
Interpret crack paths, stresses, strains, damage zones and structural response.
05
Engineering Assessment and Applications
Use analysis results to assess safety and support repair, strengthening and monitoring decisions.
06
Live Q&A and Closing Remarks
Interactive discussion, participant questions and key closing takeaways.
🎙️Meet the Speaker
Er. Komal Panchal
Partner Mridatech Engineering Solutions LLP
She holds B. Tech and M. Tech degrees from VJTI, Mumbai, with over 10 years of experience in geotechnical engineering. Her expertise includes geotechnical investigations, shoring and retaining wall design, excavation support, ground anchors, numerical modelling, site monitoring, and third-party design reviews. She has delivered safe, practical, and cost-effective geotechnical solutions for complex urban high-rise and infrastructure projects.
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