1.
The Nomex Phenolic Honeycomb Material Applied in Inner Decoration of High Speed Passenger Cars
高速客车内装应用的Nomex酚醛蜂窝材料
2.
Research of New Method to Producting Honeycomb Seal and the Simulation of Material Properties on Aluminum Honeycomb
新型蜂窝密封制作方法研究及铝蜂窝材料性能模拟计算
3.
Study on High Speed Machining Process and Reliability of Fixture Method for NOMEX Honeycomb;
NOMEX蜂窝材料高速加工工艺及固持可靠性研究
4.
Preparation of High-Melting Alloy Honeycomb and Investigation of Its Microstructures and Mechanical Properties;
高熔点合金蜂窝材料的制备及组织性能研究
5.
Deformation Modes and Energy Absorption Capability of Honeycombs under In-plane Impact;
蜂窝材料在面内冲击下的变形模式与能量吸收
6.
The Digital Machining Technology of Honeycomb Material Large-scale Irregular Surface
蜂窝材料大型不规则曲面数字化加工技术
7.
EFFECTIVE MECHANICAL PROPERTIES OF ORTHOTROPIC KAGOME HONEYCOMB MATERIALS
正交各向异性Kagome蜂窝材料宏观等效力学性能
8.
Simulation Analysis on Coplane Mechanical Properties of Square Metal Aluminum Honeycomb
正方形金属蜂窝材料共面力学性能的仿真分析
9.
Research on Creep Buckling and Post-Buckling for Columns, Plates and Honeycombs;
杆、板与蜂窝材料结构的蠕变屈曲及后屈曲问题研究
10.
Elastic Buckling Mode and Influence Factors of Hexagonal Honeycombs Under Biaxial Loading
受面内双向荷载蜂窝材料的弹性屈曲模式及其影响因素
11.
Experimental Investigation of Static and Fatigue Behaviour of Composites Honeycomb Materials Using Four Point Bending Tests
复合蜂窝材料静力和疲劳性能的四点弯曲试验研究
12.
Effects of inhomogeneous distribution of defects on in-plane dynamic properties of honeycombs
缺陷分布不均匀性对蜂窝材料面内冲击性能的影响
13.
Optimal Design of Composite Wing Beam with Honeycomb Sandwich
复合材料蜂窝夹层结构翼梁优化设计
14.
Study on Mechanical Properties of Honeycomb Sandwich Structure Composite
蜂窝夹层结构复合材料的力学性能研究
15.
THE STUDY OF HONEYCOMB SANDWICH MICROWAVE ABSORBING MATERIALS DIP COATING SYSTEM
蜂窝夹层结构吸波材料浸渍胶液体系的研究
16.
Formation mechanism and electrochemical performance of honeycomb LiFePO_4/C composite
蜂窝状LiFePO_4/C复合材料的形成机理及电化学性能
17.
Design and Application Research of the Honeyconb Sandwich Materials
蜂窝夹层结构复合材料设计及应用研究
18.
Simulation and experimental study of the material properties of an aluminum honeycomb
蜂窝铝的材料性能模拟计算与实验研究