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Analysis and Design Optimisation of Laminated Composite Structures; Applications: Past, present and future
ï‚§ Fibres and resin materials: Types and properties
ï‚§ Laminae and laminates: Micro-mechanical models, modelling of the laminae, classical lamination theory (CLT)
ï‚§ Analysis of composite structures: Beam, plate and shell modelling
ï‚§ Thermal effects
ï‚§ Fracture and failure including fatigue
ï‚§ Brief introduction to 3-D effects and general design principles
ï‚§ Finite element analysis of laminated composite structures
ï‚§ Non-linear finite element analysis and prediction of progressive damage evolution, debonding and failure/collapse
ï‚§ Design optimization of laminated composite structures with focus on gradient based optimization of linear and nonlinear problems
ï‚§ Fundamental aspects of mechanics of sandwich structures

Analysis and Gradient Based Optimization of Laminated Composite Structures;

  • Laminae and laminates: fiber and resin materials, modelling of the laminae, classical lamination theory (CLT), shear-deformation plate theories

  • Fracture and failure of composite materials including fatigue – focus on failure criteria and their use

  • Finite element analysis of laminated composite structures with focus on shell and solid shell formulations

  • Introduction to basic concepts of gradient based structural optimization

  • Parameterization choices for laminated composites (continuous fiber angles and thicknesses, lamination parameters, Discrete Material Optimization (DMO), Discrete Material and Thickness Optimization (DMTO), etc.)

  • Efficient methods of Design Sensitivity Analysis for gradient based structural optimization

  • Inclusion of manufacturing constraints

  • Gradient based design optimization of laminated composite structures for l linear and nonlinear problems including buckling problems

​Fracture Mechanics for Laminated Composite Structures;

​◦Classical fracture mechanics
â—¦Bi-material fracture mechanics
â—¦Anisotropic materials
â—¦Numerical estimation of fracture mechanical parameters with the finite element method (FEM)
â—¦R-curve effects
â—¦Crack bridging
â—¦Cohesive zone modeling
â—¦Numerical implementation of cohesive zone models in FEM
â—¦Experimental estimation of fracture mechanical properties
â—¦Fatigue properties of laminated composites

CONTACT US

 

Contact us to book a table for any occasion. We accept reservations for up to 20 people.

V/11-O MT. Haryono Street, Tulungagung, East Java  66218  /  fabiarsi@aol.com

T  /  628-564-8117642       

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OPENING HOURS

 

Monday - Friday

11am - 11pm

Saturday - Sunday

10am - 12am

ADDRESS

 

Jl. Dr. Wahidin Sudirohusodo No. 10 

Tulungagung, East Java  66224

fabiarsi@aol.com

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