Course Details | AeroSIFT

STRESS

A Course on Practical Stress Analysis of Aircraft Structures

English

Certificate Course

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00h 00m

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STRESS

STRESS

Module 1 – Volume 1: Introduction to Loads & Equilibrium

Module 1 – Volume 2: Load Concepts & Applications (Part 1)

Module 1 – Volume 3: Load Concepts & Applications (Part 2)

Module 1 – Volume 4: Load Concepts & Applications (Part 3)

Module 1 – Volume 5: Load Concepts & Applications (Part 4)

Module 1 – Volume 6: Load Concepts & Applications (Part 5)

Module 1 – Volume 7: Load Concepts & Applications (Part 6)

Module 1 – Volume 8: Load Concepts & Applications (Part 7)

Module 2 – Volume 1: Fundamentals of Interface Loads

Module 2 – Volume 2: Load Distribution & Structural Response

Module 2 – Volume 3: Interface Load Applications

Module 2 – Volume 4: Practical Interface Load Analysis

Module 2 – Volume 5: Structural Deformation & Compatibility

Module 2 – Volume 6: Compatibility-Based Load Analysis

Module 2 – Volume 7: Integrated Interface Load Analysis

Module 3 – Volume 1: Fundamentals of Strength Analysis

Module 3 – Volume 2: Material Strength & Failure Concepts

Module 3 – Volume 3: Stress & Deformation Behaviour

Module 3 – Volume 4: Bending Behaviour of Structures

Module 3 – Volume 5: Cross-Sectional Behaviour in Bending

Module 3 – Volume 6: Nonlinear Structural Behaviour

Module 3 – Volume 7: Shear Behaviour of Structures

Module 3 – Volume 8: Load Distribution in Unsymmetrical Structures

Module 3 – Volume 9: Torsional Behaviour of Structures

Module 3 – Volume 10: Combined Load Behaviour

Module 3 – Volume 11: Material Behaviour & Design Allowables

Module 3 – Volume 12: Structural Failure & Design Margins

Module 3 – Volume 13: Composite Structural Behaviour

Module 3 – Volume 14: Local Stress Effects & Structural Design

Module 4 – Volume 1: Fundamentals of Structural Instability

Module 4 – Volume 2: Instability of Members and Panels

Module 4 – Volume 3: Instability of Stiffened Panels

Module 4 – Volume 4: Crippling Failure of Structures

Module 4 – Volume 5: Post-Buckling Behaviour and Effective Widths

Module 4 – Volume 6: Local Panel Instability and Shear Panels

Module 4 – Volume 7: Buckling of Composite and Sandwich Panels

Module 4 – Volume 8: Instability Under Combined Loading

Module 5 – Volume 1: Fundamentals of Aircraft Joints

Module 5 – Volume 2: Riveted Joint Strength and Design

Module 5 – Volume 3: Load Distribution in Joints

Module 5 – Volume 4: Fittings and Tension Clip Design

Module 5 – Volume 5: Shear–Tension Interaction in Fasteners

Module 5 – Volume 6: Lug and Attachment Design

Module 5 – Volume 7: Preload and Pre-Torque in Joints

Module 5 – Volume 8: Shimming, Build Stresses and Corrosion Effects

Module 5 – Volume 9: Joint Design Guidelines and Bonded Joints

Module 5 – Volume 10: Finite Element Modelling of Joints

Module 5 – Volume 11: Practical Joint Design and Special Installations

Module 6 – Volume 1: Fundamentals of Fatigue Analysis

Module 6 – Volume 2: Fatigue Mechanisms and Damage Accumulation

Module 6 – Volume 3: Mean Stress Effects in Fatigue

Module 6 – Volume 4: Stress Concentration Effects in Fatigue

Module 6 – Volume 5: Local Strain Approach in Fatigue

Module 6 – Volume 6: Fatigue of Joints

Module 6 – Volume 7: Fatigue of Lugs and Design Practices

Module 6 – Volume 8: Fatigue Load Spectrum and Damage Accumulation

Module 6 – Volume 9: Residual Strength and Fracture Behaviour

Module 6 – Volume 10: Residual Strength of Cracked Structures

Module 6 – Volume 11: Crack Propagation and Damage Tolerance Analysis

Module 6 – Volume 12: Fatigue and Damage Tolerance Regulations

Module 6 – Volume 13: F&DT Implementation, Scatter Factors and Inspections