Tribology of High-Performance Polymer Composites in Extreme Conditions
A special issue of Lubricants (ISSN 2075-4442).
Deadline for manuscript submissions: closed (20 November 2018) | Viewed by 10246
Special Issue Editor
Interests: design and processing of multifunctional and multiscale high performing polymer composites for tribological applications; material characterization; materials in medicine
Special Issue Information
Dear Colleagues,
Multifunctional, multiscale and tailor-made thermoplastic polymer composites, to be used in extreme tribological conditions, are gaining tremendous attention in replacing both metallic components and thermosets in modern engineering. Over the last 20 years, the number of publications in science and engineering with a focus on polymeric composites for different applications has increased ten-fold.
The driving force for the introduction of high-performance thermoplastic polymeric composites in industries is based on increasing research and development and maintenance activities in this area.
The rising global population, aging society, environmental regulations and awareness, increase the need and demand for energy production from renewable sources, reducing the weight of the components, saving energy, oil free bearings, and machinery are some of the important factors driving researchers in all fields in developing more complex multifunctional thermoplastic composites, which can perform under extreme tribological conditions.
High-performance multiscale self-lubricating thermoplastic composites are those designed and manufactured specifically for challenging environments. Extreme conditions cover a wide variety of environments, from the human body to space engineering, though the focus here will be on the design and development of materials to improve machinery/components’ friction, wear and lubrication in extreme/challenging conditions (including temperature, environments and tribological conditions). Thermoplastics have clear advantages, which have been noticed more recently by both researchers and industries. The tribological parameters (friction, wear and lubricants) affect the efficiency and life-time of components and machines, and therefore have a significant impact on sustainability, and increase of the service life and environments.
This Special Issue will focus on the current research and future trends in friction, wear and lubricant (dry condition and/or oil-free lubrication) of multifunctional and multiscale high performance self-lubricating thermoplastic composites in life science, automotive, space engineering, wind turbine, and hydropower applications.
Prof. Nazanin Emami
Guest Editor
Manuscript Submission Information
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Keywords
- Thermoplastics
- Polymer composites
- Self-lubricating/solid lubrication
- Lubricant additives
- Water lubricant
- Coating
- Friction
- Wear
- Oil-free lubricants
- Extreme condition
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