container of (work): Do-it-yourself engineering, course guidebook.
Notes:
Presenter, Stephen Ressler. Title from disc label. "Course No. 1144." "NTSC, region 1"--from Amazon.com website. Course guidebook includes bibliographical references (pages 317-318). "24 lectures, 30 minutes per lesson."--Container. "24 lectures, 33 minutes each"--Publisher's website.
Contents:
(Disc 1): 1 Why DIY engineering? -- 2 Exploring the science of structure -- 3 Design and build a cardboard tower -- 4 Bridging with beams -- 5 Make a suspension bridge -- 6 Design a concrete sailboat -- (Disc 2): 7 Set sail! -- 8 Make a radio-controlled blimp -- 9 Exploring aerodynamics -- 10 Build a model airplane -- 11 Take flight! -- 12 Build a model helicopter -- [Disc 3]: 13 This is rocket science -- 14 Build a rocket -- 15 Make an electric launch controller -- 16 Let's do launch! -- 17 A tale of three catapults -- 18 Build a ballista, onager, and trebuchet -- (Disc): 19 Design a hydraulic arm -- 20 Make a water turbine -- 21 Design a gear train -- 22 Make a mechanical clock -- 23 Design a motor-powered crane -- 24 Creative design: a tribute to Rube Goldberg.
Summary:
Master the principles of engineering through fascinating do-it-yourself projects. You can confidently tackle a working suspension bridge, airplane, helicopter, catapult, clock, and other technological wonders in your own home workshop. These projects are challenging but achievable. They require only readily available materials and a workshop equipped with common benchtop power tools. Do-It-Yourself Engineering's 24 lectures show how in 17 engaging DIY projects you can create exactly as an engineer does: starting with the concept, working out the design, plunging into construction, and finally putting the final product to the test. Professor Ressler walks you through the entire process, including the crucial planning phase, which is where most people wonder, "Where do I start?" As you develop your design, he shows how simple high-school mathematics can be used to calculate the loads caused by pedestrians on a bridge, aerodynamic lift developed by an airplane wing, torque in a turbine, and other engineering parameters. Plus, you learn how to apply elementary physics concepts, such as the conservation of energy, Newton's laws, and Bernoulli's principle. In addition, Dr. Ressler gives you indispensable shop tips on the use of tools. Above all, he teaches you how to think like an engineer in approaching any problem.
This resource is supported by the Institute of Museum and Library Services under the provisions of the Library Services and Technology Act as administered by State Library of Iowa.