Energy absorbing structural element made of a composite material and the fuselage of aircraft having the absorber

• 1. 用于在飞机或航天器碰撞情况下吸收能量的纤维复合物部件、飞机或航天器的机身结构部分以及飞机或航天器 [P] . 中国专利： CN102159380A . 2011-08-17
• 2. 复合材料能量吸收结构零件和带有这类吸能器的航空器机身 [P] . 中国专利： CN101977809B . 2013.07.31
• 3. Energy-absorbing structural element made of a composite material and aircraft fuselage having said absorber [P] . 美国专利： US8814092B2 . 2014-08-26

  机译： 由复合材料制成的能量吸收结构元件以及具有所述吸收器的飞机机身

• 4. ENERGY-ABSORBING STRUCTURAL ELEMENT MADE OF A COMPOSITE MATERIAL AND AIRCRAFT FUSELAGE HAVING SAID ABSORBER [P] . 欧洲知识产权局专利： EP2257465B1 . 2013-04-24

  机译： 具有上述吸收材料的复合材料和飞机机身的吸能结构元素

• 5. ENERGY-ABSORBING STRUCTURAL ELEMENT MADE OF A COMPOSITE MATERIAL AND AIRCRAFT FUSELAGE HAVING SAID ABSORBER [P] . 美国专利： US2011042513A1 . 2011-02-24

  机译： 具有上述吸收材料的复合材料和飞机机身的吸能结构元素

• 1. Mechanical Response of the Composite Material—Concrete Interface in FRP-Strengthened Concrete Elements:Finite Element Simulation [J] . Todor Zhelyazov 机械工程与自动化：英文版 . 2018,第001期
• 2. INVESTIGATION OF THE EFFICIENCY OF APPLICATION OF A VIBRATION-ABSORBING MATERIAL WITH A REINFORCING LAYER FOR IMPROVING SOUND INSULATION OF STRUCTURAL ELEMENTS OF THE FUSELAGE [J] . A. Ya. Zverev, T. O. Lesnykh, G.V. Paranin TsAGI science journal . 2016,第2期
• 3. Crashworthiness study on hybrid energy absorbers as vertical struts in civil aircraft fuselage designs [J] . Paz Mendez Javier, Diaz Garcia Jacobo, Romera Rodriguez Luis E., International Journal of Crashworthiness . 2020,第3a4期
• 4. Investigation on Composite Energy Absorbers of a Composite Fuselage Section Subjected to Vertical Drop Test [J] . Donato Perfetto, A. de Luca, Giuseppe Lamanna Materials science forum . 2019,第期
• 5. Composite crash absorber for aircraft fuselage applications [C] . S. Heimbs, F. Strobl, P. Middendorf, International conference on structures under shock and impact;SUSI . 2011
• 6. Structural design of a crashworthy energy absorbing passenger seat for a large transport aircraft using large displacement, nonlinear material finite element analysis. [D] . Fuentes, Javier A. 1997
• 7. Structural Materials: Identification of the Constitutive Models and Assessment of the Material Response in Structural Elements Strengthened with Externally-Bonded Composite Material [O] . Todor Zhelyazov 2020
• 8. High and low fidelity finite element modelling in aircraft composite fuselage structural analysis and optimisation [O] . Vankan W.J., Noordman B.A.T., Kueres K. 2013

• 1. Preparation of Paraffin/γ-Al2O3Composites as Phase Change Energy Storage Materials [J] . ZHAO Liang ,MARuiying ,MENG Xianglan . 沈阳建筑大学学报（自然科学版） . 2011,第005期
• 2. Design Details of Low-Energy and Passive Houses Using Composites from Waste Raw Materials [J] . Libor Matejka ,Jan Pencik . 土木工程与建筑 . 2011,第005期
• 3. Application of Nanocomposites in High-Energy Materials Structure [J] . A.Korotkikh ,V.Arkhipov ,A.Gromov . 沈阳理工大学学报 . 2010,第002期
• 4. Composite materials for primary aircraft structures:from development phase to high volume production rate [J] . LI Helen ,FIORE Lucien ,JIANG Zhen . 民用飞机设计与研究 . 2020,第001期
• 5. 民用飞机复合材料机身典型结构制造技术 [C] . Cheng wenli ,程文礼 ,Xu hongbo . 2013年首届中国航空科学技术大会 . 2013
• 6. 飞机蜂窝结构动态冲击下的破坏机理及吸收能量分配机制 [A] . 孟黎清 . 2011