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This website contains an exhaustive list of over 350 mechanical design course textbooks, covering the most popular subjects in engineering. It's easy to find the textbook you're looking for and there is an informative description for each title. The website also hosts a blog with interviews and columns about new advances in engineering and teaching. The website was created by engineers who have taught design courses at Universities, but this resource provides a comprehensive solution to save students time and money when searching for their next text book purchase. To browse the site enter "mechanical engineering textbooks" into Google or use the search bar to find out what your specific subject is covered by. The website is not an online store selling books, nor is it selling the textbooks, but instead provides a solution to help you find the information you need for each course. When you click on any textbook title, or browse through the curriculum at the top of each page, you will be taken to that book's individual page. This contains details about what's inside, pictures of sample pages from the book, links to instructors' notes and videos of lectures provided by professors who use the textbook in their course. For instructors who are looking for a specific book or have comments about how to improve other courses they teach this site may be useful. The website is ad supported and it's free to join, but you will need an email address to register and we do not provide guest accounts. Elements of Robotics: 7th Edition Physics: An Introduction (Eleventh Edition) (hardcover) *Amazon Kindle edition: Amazon Kindle Store - Amazon S3 - O'Reilly's Project Euclid - Computational Fluid Dynamics, Third Edition Courses at Master of Science in Mechanical Engineering schools include a course in solid mechanics as part of general fluid mechanics. In this course the general theory of solids is covered first. Next, solid mechanics is broken down into macro- and microstructure. A solid's internal structure determines everything from its elastic modulus to its thermal expansion coefficient. Elements of solids are then covered with emphasis on the structures that define a material. The relationship of materials characteristics to functional properties is then studied. The final section of the course covers the mechanics of structures in the form of a rubber band model and a mechanism model, both based on real structures found in nature. After the solid mechanics course, courses in stress and strain, and thermodynamics are normally taken. In the course on stress and strain, the student is introduced to stress-strain relationships of polymers that are elastic. In this area, the linear elastic theory is introduced. Finally, plasticity is covered from continuum point of view. The course Thermodynamics begins with a treatment of kinetic theory. This topic is introduced for its role in a study of heat transfer. Next, a general introduction to thermodynamics is given with attention to thermodynamic functions and equations used in heat transfer applications. The laws of thermodynamics are considered next with emphasis on applications to chemical reaction engineering and phase equilibrium calculations. cfa1e77820
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