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Introduction

"Micro- and Biofluidics" authored by Associate Prof Susann Beier and students, is a comprehensive e-textbook designed to introduce students to the fundamental principles and applications of fluid mechanics in biological systems. As the lab head of SVMG, Associate Prof Beier, along with student co-authors, has crafted this interactive open educational resource to serve as an essential tool for students and professionals in bioengineering, biomedical engineering, and applied physics.

Key Features of the E-Textbook

1. Fundamental Concepts: The e-textbook begins with a thorough introduction to the basic principles of fluid mechanics, ensuring that readers have a strong foundation before delving into more complex topics. Key concepts such as viscosity, laminar and turbulent flow, and the Navier-Stokes equations are explained in a clear and concise manner.
2. Biological Applications: One of the standout features of " Micro- and Biofluidics" is its focus on the application of fluid mechanics principles to biological systems. The e-textbook explores how these principles apply to blood flow in the cardiovascular system, air flow in the respiratory system, and other critical biological processes.
3. Real-World Examples: To help students understand the practical relevance of the material, the e-textbook includes numerous real-world examples and case studies. These examples illustrate how biofluid mechanics is used in medical diagnostics, treatment planning, and the design of biomedical devices.
4. Interactive Learning: Recognising the importance of active learning, "Biofluid Mechanics" incorporates a variety of interactive elements, including practice problems, visual aids, and online simulations. These tools help students to engage with the material and reinforce their understanding.
5. Accessibility and Collaboration: As an open educational resource, "Biofluid Mechanics" is freely available to anyone with an internet connection. This accessibility promotes widespread learning and collaboration, allowing students and educators from around the world to benefit from the content and contribute to its ongoing development.

Course Integration

"Micro- and Biofluidics" is the textbook used for the MECH9650 course at UNSW, which runs annually in Term 3. This course, led by Associate Prof Susann Beier, provides students with an in-depth understanding of biofluid mechanics, preparing them for careers in bioengineering and related fields.