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A
- Analytical and Numerical Tools
FEM, BEM and
Hybrid Methods
Analysis of Structural Components
Optimum Design Techniques
Metal Forming and Metal Cutting
Dynamics and Vibration
Computational Methods in Failure Diagnostics
Dynamic Loading of Structures
Reliability Assessment
B
- Testing and Diagnostics
Condition Monitoring
Destructive and Nondestructive Testing
Optical Techniques
Damage
Mechanics and Assessment
Prototyping and Full-Scale Testing
Vibration Monitoring
Residual
Stresses
C - Surface and Interface Engineering:
Functionally Graded Materials
Smart Structures and Materials
Coatings Plating and Metal Finishing
Tribology and Failure of Interfaces
Surface Integrity
Surface Treatments and Shot-peening
Adhesive Bonding
D - Civil Engineering Applications:
Structural Analysis
Structural
Integrity
Experimental Tests
& Structural Monitoring
Experimentation in
Geoseismology
Concrete and
Composite Structures
Metallic Structures
Structural
Rehabilitation
E - Sensors and Instrumentation:
Optical Techniques and Interferometry
Optical Fibres
Nondestructive Tools in Design
Advanced Mechanical Testing
Self-sensing Materials
Self-healing Materials
F - Tribology,
Gears and Transmissions:
Gears and bearings
High speed wheel / rail systems
Clutches
Lubrication, Lubricants and additives
Surface coatings
and heat treatments
micropitting, pitting, scuffing and wear
G -
Mechanical Design and Prototyping:
Mechanical
Design
Product Development
Additive Manufacturing
Prototyping
Design
for Manufacturing
Eco-design
Conversion Technologies |
H
- Modes of
Failure:
Fatigue,
Corrosion-Fatigue
Stress
Corrosion Cracking
Fatigue
Creep Interaction
Environmentally Assisted Failures
Brittle
Facture
Buckling
Impact
Failure
I
- Composite and Advanced Materials
Fibres,
Matrices and Interfaces
Polymer,
Ceramic, Carbon, Metal Composites
Multifunctional
Composites
Processing,
Fabrication and Recycling
Durability, Damage and Fracture
Health
Monitoring and Repairability
Applications:
Building, Aerospace, Medical, etc…
J - Nanotechnologies & Nanomaterials:
NEMS and MEMS Technologies
Nanocomposites
Nanodevices
Diagnostics and Control
Nanosensors
Molecular Devices
K - Biomechanical Applications:
Mechanics and
Design of Protheses
Biomaterials and
Biocompatibility
Stress Monitoring
Dental
and Orthopaedic Biomechanics
Sports and
Rehabilitation Biomechanics
Biofluid Mechanics
Medical Devices
L - Energy and Thermo-Fluid Systems:
Energy Systems
Thermal Barrier Coatings
Heat And Mass Transfer
Experimental Fluid Dynamics
Solid-Fluid Interactions
Interfacial Dynamics
Large Scale Eddy and Turbulence
Analysis
M - Impact and Crashworthiness:
Testing Techniques
Measurement in
Dynamics
Earthquake
Engineering
Crashworthiness
Balistic Studies
Shock Loading
Energetic Materials
Impact Behaviour of
Materials
N - Case Studies:
We would welcome real engineering
applications,
case histories and case studies that
involve the
use of numerical and experimental techniques in
engineering applications to design, manufacturing
and monitoring of structures, materials and
processes |
