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The research fields include mainly Management Engineering, Manufacturing Engineering and Modelling, Systems Modelling and Simulation, Automation Control and Applications, Materials Science and Engineering, Computer Science and Logistics Engineering and Mechanical Science and Engineering.

The 234 peer- reviewed papers are grouped into 10 chapters:
Mechanics, Electromechanics and Electrotechnics;
Electronics and Communication;
Materials Engineering;
Biomedical Manufacturing;
Digital Manufacturing;
Computational Simulation, Monitoring and Analysis in Manufacture;
E-Technologies in Design and Manufacture;
Information Technology in Product Realization;
Intelligent and Robotic Systems;
Agricultural Manufacturing

Design, Analysis and Simulation;
Chapter 2: Sensors, Measurement and Detection;
Chapter 3: Data Acquisition and Data Processing, Computational Techniques;
Chapter 4: Mechatronics and Robotics;
Chapter 5: Advanced NC Techniques and Equipment;
Chapter 6: Control and Automation;
Chapter 7: Electronics/Microelectronics Technology;
Chapter 8: Advanced Decisions for Automatic Manufacturing;
Chapter 9: Information Processing Technologies;
Chapter 10: Technologies in Architecture and Construction;
Chapter 11: Technologies and Equipment in Medicine;
Chapter 12: Technologies in Food Industry and Agriculture;
Chapter 13: Products Design;
Chapter 14: Engineering Education;
Chapter 15: Economics, Marketing and Engineering Management.

The present volume comprises a collection of peer-reviewed papers covering a wealth of innovations and practical experience in the fields of mechatronics and MEMS, advanced laser manufacturing and testing technology, control theory, methods and application, robotics and electrical control, smart materials, structures and instruments, transducers, actuators and mechanisms, machine dynamics, simulation and signal process, computers, communications and network techniques, bio-manufacturing and bionics, new theories and techniques of design and manufacturing, HSM and NTM, advanced techniques and devices of electronics manufacturing, production technologies of fiber materials and textile industries, LDAC air conditioning new technology and materials, and automobile electronics for inter-vehicle sensor networks.

The 128 papers are grouped as follows:
Chapter 1: Manufacturing and Mechanical Engineering, Equipment, Design and Simulation, Analysis of Dynamic Systems;
Chapter 2: Advanced Materials and Material Science, Materials Processing and Machining;
Chapter 3: Devices Design;
Chapter 4: Automation and Control Technologies, Sensors;
Chapter 5: Electrical, Energy and Power Systems Engineering;
Chapter 6: Related Themes.

The 401 papers are grouped as follows:
Chapter 1: Architecture and Landscape Design, Residential, Regional and Urban Planning, Sustainable City and Ecological Planning;
Chapter 2: Environmental Energy, Protection, Technologies and Engineering, Emission Control;
Chapter 3: Outdoor, Indoor Engineering and Design, HVAC Technologies;
Chapter 4: Materials Engineering and Technologies, Materials in Industrial Processes;
Chapter 5: Building Materials and Technologies;
Chapter 6: Green Building and Engineering;
Chapter 7: Energy Saving Building and Technologies, Photovoltaic and Solar Energy Applications, Energy Control;
Chapter 8: Civil Engineering Technologies;
Chapter 9: Construction Dynamics, Stability and Strength, Geotechnical and Seismic Engineering;
Chapter 10: Modelling and Simulation Technologies;
Chapter 11: Project Management and Marketing, Assessment and Safety.

Resan et al. (2011) suggested making a new artificial foot from polyethylene that mimicked the natural foot in terms of walking and conducted a fatigue test, where the new foot was placed in the test device to identify the age of the foot, and the load was applied as a simulation of natural walking, so they concluded that the life of the new foot is longer than the life of the SACH foot [52].
[94] Rasha Hayder Al-Khayat, Maher A R Sadiq Al-Baghdadi, Ragad Aziz Neama and Muhannad Al-Waily, Optimization CFD Study of Erosion in 3D Elbow During Transportation of Crude Oil Contaminated with Sand Particles, International Journal of Engineering & Technology, 7, 3 (2018)
Hamzah, Muhannad Al-Waily, Mohsin Abdullah Al-Shammari, A Finite Element Simulation of Nano Effects on Stress Distribution in a Below Knee Prosthetic, 4th International Conference on Engineering Sciences, IOP Conference Series: Materials Science and Engineering, 1067 (2021)

In order to develop a model for simulation of the filling and curing of epoxy resins containing different amounts of graphenes in the resin transfer molding, FLUENT and MATLAB have been used in this study, which are a finite element based computational fluid dynamics analysis tool and a general purpose numerical analysis tool, respectively.
Kinetic parameters for curing at 120 °C Graphene (wt%) k1 (min−1) k2 (min−1) m n 0.0 0.0526 0.2012 0.9223 1.0777 1.0 0.06 0.1479 0.9306 1.0694 Simulation For test purposes, a flow in a porous slab was simulated.

The simulation starts assuming the fluid is initially at rest.
Current simulations run with a0 =0.2 and kh0 of 0.8, 1.0, 1.2 and 1.5.

Since the wind load value of long oblate chimney is not clearly defined in above Criterion, in order to clarify wind load on the surface of this chimney, we have employed numerical simulation methodology to investigate the flow structure and surface pressure distribution for the long oblate chimney when its wide-face and narrow-face are facing the wind respectively.
The blockage ratio of the model was less than 3% and satisfied the principle in numerical simulation of the flow around blunt body.