46 results on '"Dai Homma"'
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2. An implantable artificial esophagus to propel food simulating natural anatomical esophageal function.
3. Contraction support for the right ventricle by a shape memory alloy fibered artificial myocardium.
4. Peristaltic hemodynamics of a new pediatric circulatory assist system for Fontan circulation using shape memory alloy fibers.
5. Controlling methods of a newly developed extra aortic counter-pulsation device using shape memory alloy fibers.
6. Examination of mitral regurgitation with a goat heart model for the development of intelligent artificial papillary muscle.
7. Structural design of a newly developed pediatric circulatory assist device for fontan circulation by using shape memory alloy fiber.
8. A single-wheeled mobile robot with a gyrostabilizer.
9. Development and Application of Function Anisotropic Shape Memory Alloy
10. Super Plasticity Process for Functionally Anisotroopic Material Applied to Shape Memory Alloy
11. An implantable artificial esophagus to propel food simulating natural anatomical esophageal function
12. Contraction support for the right ventricle by a shape memory alloy fibered artificial myocardium
13. Development of Functional Anisotropic Shape Memory Alloy Fiber and Application
14. Episode 3
15. Peristaltic hemodynamics of a new pediatric circulatory assist system for Fontan circulation using shape memory alloy fibers
16. Controlling methods of a newly developed extra aortic counter-pulsation device using shape memory alloy fibers
17. Preliminary Design of the Mechanical Circulation Assist Device for Fontan Circulation using Shape Memory Alloy Fibers
18. [Untitled]
19. Examination of mitral regurgitation with a goat heart model for the development of intelligent artificial papillary muscle
20. Structural design of a newly developed pediatric circulatory assist device for fontan circulation by using shape memory alloy fiber
21. 2C45 Mechanical modeling approach for the development of peristaltic artificial esophagus
22. Assessment of synchronization measures for effective ventricular support by using the shape memory alloy fibred artificial myocardium in goats
23. ACHIEVEMENT OF MECHANICAL ASSISTANCE BY AN ARTIFICIAL MYOCARDIUM USING SHAPE MEMORY ALLOY FIBRE
24. First Trial of the Chronic Animal Examination of the Artificial Myocardial Function
25. Preliminary Study on Interactive Control for the Artificial Myocardium by Shape Memory Alloy Fibre
26. Hemodynamic response with an artificial myocardial assistance in chronic animal examination
27. Sensorless control for a sophisticated artificial myocardial contraction by using shape memory alloy fibre
28. Morphological Approach for the Functional Improvement of an Artificial Myocardial Assist Device using Shape Memory Alloy Fibres
29. Support Mechanism of a Newly-Designed Mechanical Artificial Myocardium using Shape Memory Alloy Fi bres
30. Development of an Artificial Myocardium using a Covalent Shape-memory Alloy Fiber and its Cardiovascular Diagnostic Response
31. Preliminary Study on the functional reproduction of an Artificial Myocardium using Covalent Shape Memory Alloy Fibre Based on Control Engineering
32. 8F-07 Preliminary study on the effect of papillary tension on valvular leakage for the development of a new artificial papillary muscle using shape memory alloy fiber
33. 8F-05 Development of the Novel Support Mechanism for the Total Cavopulmonary Connection by using Shape-Memory Alloy Fibers
34. 139 Mechanical design of the totally implantable artificial myocardial assist device by using shape memory alloy fibre
35. 637 Mechanical analysis of morphological structure of a heart for more sophisticated design of the artificial myocardium
36. Micro mechanism using shape memory alloy
37. A111 Mechanical simulation for myocardial contractile assistance based on controllability of a sophisticated shape memory alloy fibre
38. 622 Development of an artificial myocardium representing native cardiac muscle structures
39. B102 Design improvement of a newly designed artificial myocardial belt
40. B117 Development of a totally-implantable artificial myocardium using a shape memory alloy fiber
41. 508 Development of a totally implantable artificial myocardial assist system : Preliminary study of the hemodynamic effect in the mock circulatory system and in animal experiment
42. 0406 Preliminary examination of an engineering control for hemodynamic assistance by the artificial myocardium using shape memory alloy fibre
43. Development of the displacement amplification mechanism for myocardial assist device
44. ACHIEVEMENT OF MECHANICAL ASSISTANCE BY AN ARTIFICIAL MYOCARDIUM USING SHAPE MEMORY ALLOY FIBRE.
45. A single-wheeled mobile robot with a gyrostabilizer
46. Shape memory alloy actuator using current passage heating
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