How to InventMacmillan, 1977 - 173 Seiten Contents: Preface - 1. What is 'invention' and can it be taught? - 2. Some historic inventions and inventors - 3. What needs inventing? - 4. The art of the inventor - 5. Physical thinking - 6. Engineering and nature study - 7. Thinking with the hands - 8. Teaching invention - 9. Developing and patenting an invention - 10. Some of our inventions - Epilogue - Appendix: 3-D crossword - Index - |
Inhalt
W THRING | 44 |
Physical thinking | 72 |
Engineering and nature study | 80 |
Urheberrecht | |
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ability achieve aluminium application axis of symmetry belt blades brain Buckminster Fuller centre century chapter claim Clarke Chapman coal coils combustion constructed creative cylinder device drill Edison electric enable energy engine essential example experiments field fuel give hand hole idea induction motors internal combustion engine inventive solution inventor knowledge Laithwaite Layer legs lift light Linear Induction Motors linear motor look machine magnetic materials mechanical method nuclear fission objects one's operated oscillation patent person physical pilot plant plane pollution possible practical principle problem produce propeller propulsion prototype realised robot rotary rotation screw shape ships shown in figure shuttle solar solve speed stage stator stator member steam steam engine steam turbine steel successful surface switch telechiric temperature things tion Transpo 72 turbine Turbinia visualise wheel whole wind would-be inventor zip fastener