METHOD FOR AUTOMATIC CONSTRUCTION OF A HETEROGENEOUS FIBER INTERNAL STRUCTURE MODEL OF A COMPOSITE MATERIAL Russian patent published in 2018 - IPC C08J5/04 G06F17/50 

Abstract RU 2670922 C9

FIELD: computer equipment.

SUBSTANCE: invention relates to the field of computer-aided design and can be used to solve problems in the design of the internal structure of composite materials (CM) reinforced with fibers. Method of automatic constructing of a computer model of a heterogeneous fibrous internal structure of a composite material allows us to obtain the model of a heterogeneous fibrous structure of the composite material with specified parameters, which can be integrated into modern software systems for computer modeling using Lagrangian numerical methods. Method also includes reading the input data of the CM sample and performing a sequence of automatic construction operations, moreover, the input data is given arbitrarily or selected from the data on a real object.

EFFECT: technical result consists in providing automated creation of an object model that takes into account the geometric characteristics of individual fibers (including curvature) and their spatial orientation in the model.

1 cl, 7 dwg

Similar patents RU2670922C9

Title Year Author Number
METHOD FOR AUTOMATIZED CONSTRUCTION OF THREE-DIMENSIONAL MODEL OF HETEROGENEOUS STRUCTURE OF COMPOSITE MATERIAL WITH FIBERS 2018
  • Grigorev Aleksandr Sergeevich
  • Korostelev Sergej Yurevich
  • Dmitriev Andrej Ivanovich
  • Smolin Aleksej Yurevich
RU2689803C1
SYSTEM AND MANUFACTURING METHOD 2000
  • St. Ville Dzhejms A.
RU2305864C2
METHOD FOR MANUFACTURING A MULTILAYER FIBROUS WORK PIECE OF FLAT SHAPE 2019
  • Nelyub Vladimir Aleksandrovich
  • Orlov Maksim Andreevich
  • Kalinnikov Aleksandr Nikolaevich
  • Borodulin Aleksej Sergeevich
  • Polikarpova Irina Aleksandrovna
  • Bogachev Vyacheslav Vladimirovich
RU2736367C1
METHOD FOR MANUFACTURING FLAT-FORM FIBROUS WORKPIECES 2019
  • Nelyub Vladimir Aleksandrovich
  • Orlov Maksim Andreevich
  • Kalinnikov Aleksandr Nikolaevich
  • Borodulin Aleksej Sergeevich
  • Polikarpova Irina Aleksandrovna
  • Bogachev Vyacheslav Vladimirovich
RU2718789C1
DEVICE FOR MODELLING SHAPES OF MATERIALS, METHOD OF MODELLING SHAPES OF MATERIALS AND METHOD OF MAKING THREE-DIMENSIONAL BRAIDED FIBROUS COMPONENTS 2017
  • Hishida Hiroyuki
  • Inagaki Koichi
  • Nakamura Takeshi
  • Watanabe Fumiaki
  • Morioka Kotaro
  • Ohtake Yutaka
  • Suzuki Hiromasa
  • Nagai Yukie
RU2713855C1
COMPOSITE INNER RETAINER 2009
  • Uilson Darren Dzhejms
  • Rejns Dzhejms K.
  • Ostin Dzhin Ehdvard
  • Rouz Dzhon Nmi
  • Ferrante Dzhozef Majkl
  • Gerlakh Darin S.
  • Gruzin Nataniehl' Kelli
  • Dzhehnna Sid U.
  • Fejber Genri B.
  • Gozni Mark S.
RU2545424C2
SHEET OF COMPOSITE MATERIAL AND METHOD FOR PRODUCTION THEREOF 2017
  • Odino Adriano
  • Strignano Andrea
  • Giovannini Raffaella
RU2714062C1
METHOD OF MAKING PREFORMS FOR GAS TURBINE ENGINE COMPRESSOR BLADES 2018
  • Orlov Maksim Andreevich
  • Polikarpova Irina Aleksandrovna
  • Kalinnikov Aleksandr Nikolaevich
  • Nelyub Vladimir Aleksandrovich
  • Borodulin Aleksej Sergeevich
  • Buyanov Ivan Andreevich
RU2717228C1
METHOD OF COMPOSITE MATERIAL OBTAINMENT 2008
  • Abuzin Jurij Alekseevich
  • Najmushin Andrej Ivanovich
  • Goncharov Igor' Evgen'Evich
  • Kochetov Vladimir Nikolaevich
RU2392090C2
METHOD OF DETERMINING DEFORMATIONS AND SPECIMEN FOR EFFECTING THE SAME 0
  • Bakhtin Vyacheslav Gennadevich
  • Kazennov Mikhail Borisovich
  • Konovalova Natalya Ivanovna
  • Perk Olga Nikolaevna
  • Sharafutdinov Rif Gabdraufovich
  • Shubin Mikhail Viktorovich
SU1711000A1

RU 2 670 922 C9

Authors

Grigorev Aleksandr Sergeevich

Shilko Evgenij Viktorovich

Dmitriev Andrej Ivanovich

Smolin Aleksej Yurevich

Dates

2018-10-25Published

2017-12-27Filed