Focusing on wind turbine aerodynamics, this book serves as the inaugural installment in a series dedicated to wind power. It aims to simplify complex wind power technology while ensuring a thorough comprehension of the subject. The author's approach balances accessibility with depth, making it suitable for both newcomers and those seeking a more detailed understanding of wind energy.
Focusing on the practical application of mathematics in land surveying, this book offers a hands-on approach to essential equations and concepts. It covers key topics such as angles, bearings, trigonometry, coordinate geometry, and traverse closure. Numerous examples are included to enhance understanding, making it a valuable resource for those interested in boundary surveys and the mathematical principles underlying them.
Boundary surveying is presented as a complex field with significant legal and financial implications. This comprehensive guide equips landowners, surveyors, and students with essential techniques and insights into legal issues surrounding boundary establishment. It simplifies mathematical concepts for beginners while offering advanced practitioners guidance on easements and lot corners. Practical advice on instrument use and legal regulations is included, along with an appendix that delves deeper into mathematical theories and typical calculations in boundary surveying.