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Automated design of structures using a finite element database 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • G06F-009/44
  • G06F-015/60
  • G05B-017/02
출원번호 US-0895971 (1986-08-13)
발명자 / 주소
  • Shebini Nader O. (Kenner LA)
출원인 / 주소
  • The Babcock & Wilcox Company (New Orleans LA 02)
인용정보 피인용 횟수 : 55  인용 특허 : 4

초록

A design and analysis system uses an engineering data base in which Finite Element Models of structural components, such as offshore structures are stored. The data base is controlled by a network type database management system to provide input of “finite element”model data into the database from a

대표청구항

In a design system controlling the input and output of modelling data to and from a finite element model database by a database management system having: a source of modelling design data; a database having a finite element structural model formed therein based on the modelling data provided from th

이 특허에 인용된 특허 (4)

  1. Matsumoto Yoshihiro (Tokyo JPX) Takezawa Kunio (Tokyo JPX) Masegi Ken (Tokyo JPX), Method and apparatus for controlling a data access in a data base management system.
  2. Kojima Keiji (Kokubunji JPX) Torii Shunichi (Musashino JPX), Method for processing a data base.
  3. Kendall Burton (Saratoga CA), Real-time distributed data-base management system.
  4. Schmidt, Eric E.; Lampson, Butler W., Software version management system.

이 특허를 인용한 특허 (55)

  1. Virgil, Kenneth W.; Colica, Daniel A.; Behrens, Mark E., Automated logistics support system incorporating a product integrity analysis system.
  2. Pun Adarsh Kumar, Building block approach for fatigue spectra generation.
  3. Hamilton Brian Koorosh ; Guymon Stephen L., Composite member having increased resistance to delamination and method of making same.
  4. Jordan B. Pollack ; Pablo Funes, Computer apparatus and method for analyzing structural stability.
  5. Buder Daniel A., Computer program for calculating fastener forces.
  6. Ravnikar, Edvard Edo; {hacek over (S)}oper, Roman, Computer-aided design of three-dimensional objects to be fabricated.
  7. Yoshikawa, Masayuki; Hibi, Toshiyuki; Nakamura, Fumiaki, Coupling parts information generation system, method of generating coupling parts information, and computer readable medium.
  8. Gillespie Horace L. ; Powers Margaret M., Database definition language generator.
  9. He, Gang; Rangarajan, Srikumar, Database management using a file to accumulate changes.
  10. Imai, Kanako, Element grouping method for finite element method analysis, and computer-readable storage medium.
  11. Gavin Peter Geoffrey,NZX ; Brennan Peter Robert,NZX ; Ellis Thomas William,NZX, Fabrication and design of structural members.
  12. Gavin, Peter Geoffrey; Brennan, Peter Robert; Ellis, Thomas William, Fabrication and design of structural members.
  13. Su, Hong; Hsieh, Shang-Rou, Fatigue sensitivity determination procedure.
  14. Rassaian, Mostafa; Twigg, David W.; Ko, Jeffrey, Finite element modeling method utilizing mass distribution.
  15. McBride John G., Framework for rules checking.
  16. Rakel, Ted Scott; McBride, John G, Framework for rules checking utilizing resistor, nonresistor, node and small node data structures.
  17. Ostrovsky, Igor, Grouping mechanism for multiple processor core execution.
  18. Hirata Mitsunori,JPX ; Sato Yuichi,JPX ; Maruyama Tsugito,JPX, Link mechanism analyzer and link mechanism joint data arithmetic apparatus.
  19. Ravnikar, Edvard Edo; Soper, Roman, Method and apparatus for computer-aided design of three-dimensional objects to be fabricated.
  20. Ravnikar, Edvard Edo; {hacek over (S)}oper, Roman, Method and apparatus for computer-aided design of three-dimensional objects to be fabricated.
  21. Ravnikar, Edvard Edo; {hacek over (S)}oper, Roman, Method and apparatus for computer-aided design of three-dimensional objects to be fabricated.
  22. Ravnikar, Edvard Edo; {hacek over (S)}oper, Roman, Method and apparatus for computer-aided design of three-dimensional objects to be fabricated.
  23. Ravnikar, Edvard Edo; {hacek over (S)}oper, Roman, Method and apparatus for computer-aided design of three-dimensional objects to be fabricated.
  24. Newkirk Todd L. ; Holman Mitchell C., Method and apparatus for constructing a complex tool surface for use in an age forming process.
  25. St. Ville, James A., Method and apparatus for manufacturing objects having optimized response characteristics.
  26. St. Ville, James A., Method and apparatus for manufacturing objects having optimized response characteristics.
  27. Sasaki Toyoshige,JPX, Method and apparatus for processing finite element meshing model.
  28. Rihtniemi,Timo; Alho,Pertti, Method and arrangement for forming construction.
  29. Suresh, Krishnan; Jorabchi, Kavous; Danczyk, Josh, Method and system for analysis and shape optimization of physical structures using a computerized algebraic dual representation implicit dimensional reduction.
  30. Foster, David; Yoeu, Rammagy, Method and system for analyzing three-dimensional linkages.
  31. Fields, Scott S.; Meyer, Eric S.; Sermersheim, Jeffrey S., Method and system for automated fatigue and structural analysis of an element.
  32. Bentley, Keith, Method and system for storing large data files.
  33. Bentley,Keith, Method and system for storing large data files.
  34. Nishigaki,Hidekazu; Nishiwaki,Shinji; Kojima,Yoshio; Amago,Tatsuyuki; Tsurumi,Yasuaki; Kikuchi,Noboru, Method and system for supporting user in analyzing performance of object, using generalized and specialized models on computer.
  35. Walls William T., Method for analyzing structures having deformable rigid elements.
  36. Campbell, Robert, Method for assessing the integrity of a structure.
  37. Sagawa Nobutoshi (Kokubunji JPX) Konno Chisato (Inagi JPX) Umetani Yukio (Hachioji JPX), Method of automatically generating program for solving simultaneous partial differential equations by use of finite elem.
  38. Murdock Jeffrey Earl,CAX ITX V5L 2C6 ; Moffat Peter James,CAX ITX V7V 4P1, Method of describing a building structure.
  39. Huang Liping ; Agrawal Hari, Method of identifying critical elements in fatigue analysis with von mises stress bounding and filtering modal displacement history using dynamic windowing.
  40. Rassaian, Mostafa, Method, system and computer program product for multidisciplinary design analysis of structural components.
  41. Huynh, Dinh Bao Phuong; Knezevic, David John; Patera, Anthony Tyr; Li, Harriet, Methods and apparatus for constructing and analyzing component-based models of engineering systems.
  42. Meyer,Eric S.; Fields,Scott S.; Knopp,Ken L.; Sermersheim,Jeffrey S., Methods and systems for modeling stress intensity solutions for integrally stiffened panels.
  43. Vasudevan, Mark, Multimedia inspection database system (MIDaS) for dynamic run-time data evaluation.
  44. Tamegaya Yukio (Tokyo JPX), Process and device composite simulation system and simulation method.
  45. Konno Chisato (Inagi JPX), Program generation method.
  46. Anami, Yasuyuki; Nakajima, Hiroshi, Support system with improved reusability of work history data and design support method.
  47. Carlucci, Arthur C.; Kanneganti, Vankatesh; Kelly, Thomas W.; Geenhoven, Chad Van, System and method for creating a representation of an assembly.
  48. Powell, Donald T., System and method for generating finite element models.
  49. Powell, Donald T., System and method for generating finite element models.
  50. Janssens, Karl Hans Bert; Mas, Peter Paul Germain; Gajdatsy, Peter Akos; Van Der Auweraer, Herman; Gielen, Ludo Jean Pierre, Transfer path analysis.
  51. Tarin Stephen A., Value-instance-connectivity computer-implemented database.
  52. Tarin, Stephen A., Value-instance-connectivity computer-implemented database.
  53. Tarin, Stephen A., Value-instance-connectivity computer-implemented database.
  54. Tarin,Stephen A., Value-instance-connectivity computer-implemented database.
  55. Palmer,Mark L., Virtual resolution enhancement in diagnostic imaging using FEA.
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