Biomass energy is considered one of the most practical types of renewable energy. It not
only produces energy and heat but also helps provide a solution to organic waste to avoid …

In the Biomedical engineering domain, the use of smart biomaterials has a huge impact.
These biomaterials own different features that respond to the surrounding changes, allowing …

The technology of additive manufacturing is used in various sectors like construction,
biomedical engineering, healthcare, aerospace, and many more. Because of the many …

In this book chapter, we will discuss the significance of tribology in various surgical and
medical devices and instruments like dental implants, contact lenses, cardiovascular …

This chapter is a detailed exploration of the evolving landscape of sustainable building
materials, addressing the pressing need for environmentally conscious construction. It …

Biomass energy refers to the form of energy that either living or once-living organisms
produce or generate. The most utilised materials for this form of energy are plants such as …

Macromolecules are called polymers that consist of especially large molecules and are
composed of many repeating subunits known as monomers. The term polymer was first …

Waste is a worldwide problem, according to the United Nations Environmental Programme
(UNEP). Waste is a threat to both the environment and public health if it is not adequately …

Aim and Scope The book Applications of Biotribology in Biomedical Systems provides a
comprehensive overview of biotribology, focusing on its application in designing and …

The main aim of this chapter is to critically explore the safety and environmental factors in
the context of nanofluid-based systems. Beginning with an overview of nanotechnology and …