Main topics
Testing and Diagnostic
Thermo-Fluid Systems
Civil Engineering Applications
Sensors and Instrumentation
Teaching Experimental Mechanics
Modes of Failure
Nanotechnologies and Nanomaterials
Biomechanical Applications
Tribology, Surface and Interface Engineering
Optical Techniques
Impact and Crashworthiness
Analytical and Numerical Models
Composite and Advanced Materials
Fatigue and Fracture
Machine design and prototyping
Industrial Engineering
Joints and Fasteners
Case studies and practical applications
Symposia
Industrial Engineering Department – University of Bologna, Italy
Faculty of Engineering University of Porto, Portugal
Department of Mechanical and Aerospace Engineering
Politecnico di Torino, Italy
Slovak university of technology in Bratislava
Politecnico di Torino, Dipartimento di Scienza e Tecnologia
University of Bergamo – Department of Management, Information and Production Engineering
University of Pittsburgh
University of Palermo
National Tsing Hua University
Linnaeus University
Università di Cassino e del Lazio Meridionale
The topics covered by ICEM 21 were selected by the Scientific Committee because they are central to the evolution of the sector
Testing and Diagnostic
Optical testing and diagnosis methods for the continuous improvement of accuracy in experimental evaluations
Testing and Diagnostic
Optical testing and diagnosis methods for the continuous improvement of accuracy in experimental evaluations
Thermo-Fluid Systems
Dynamics of thermo-fluid systems to optimise the resistance to collisions and structural safety
Civil Engineering Applications
Innovative numerical and analytical models for the optimisation of civil engineering solutions
Sensors and Instrumentation
Opportunities provided by advanced composite materials in the development of high-performance sensor technologies and instruments
Teaching Experimental Mechanics
Insights into the fatigue and fracture dynamics of materials in the field of experimental mechanics
Modes of Failure
Design and prototyping of failure modes and associated effects for optimising product reliability
Nanotechnologies and Nanomaterials
Applications and opportunities for using nanotechnologies and nanomaterials in industrial engineering
Biomechanical Applications
Advanced applications of joints and fasteners in the biomechanical and biomedical fields
Tribology, Surface and Interface Engineering
Friction, lubrication and wear theories and surface and interface studies for optimising the service life of mechanical components
Optical Techniques
Impact and Crashworthiness
Analytical and Numerical Models
Composite and Advanced Materials
Fatigue and Fracture
Machine design and prototyping
Industrial Engineering
Joints and Fasteners
Case studies and practical applications
Real case studies and practical experimental applications with high-impact results