NSTL国家科技图书文献中心

1. Dynamic response of novel sandwich structures with 3D sinusoid-parallel-hybrid honeycomb auxetic cores: The cores based on negative Poisson's ratio of elastic jump NSTL国家科技图书文献中心

Yu, Yang | Fu, Tao ... - 《European journal of mechanics,A.Solids》 - 2025,109 - 共16页

摘要：The design of three-dimensional (3D) honeycomb | structure and the concave circular-arc honeycomb structure | sinusoid-parallel-hybrid honeycomb* (SPHH) structure based* | designed. The mechanical analysis of the 3D honeycomb | concaveparallel-hybrid honeycomb* (CPHH) structure, the arc*

关键词： 3D honeycomb structure | Elastic jump Poisson's ratio | SPHH structure | Finite element modeling | Dynamic response

2. Improving mechanical properties of 3D printed products through honeycomb structure and deep learning optimization NSTL国家科技图书文献中心

Phan, Gia-Hoang - 《Proceedings of the Institution of Mechanical Engineers,Part C.Journal of mechanical engineering science》 - 2025,239(4) - 1342～1368 - 共27页

摘要： honeycomb structure was designed using a theoretical model | of the honeycomb* structure model compared to* | The use of three-dimensional (3D) Printing has | traditional materials. To address this issue, a honeycomb | structure model was developed to improve the mechanical

关键词： three-dimensional printing technology | honeycomb structure | deep learning optimisation | edge interpolation | mechanical strength | optimization

3. Mechanical properties of novel 3D printing 316L stainless steel honeycomb structure reinforced aluminum matrix composites NSTL国家科技图书文献中心

Wang, Chengjian | Wang, Cheng ... - 《Intermetallics》 - 2025,181 - 108743～ - 共11页

摘要： metallurgical bond is formed between the honeycomb structure | intermetallic compounds (IMC) layer and the honeycomb-filled | tube strengthen the honeycomb-filled tube/Al matrix | data from HFT/AMCs made from honeycomb-filled tubes | this relationship. The introduction of honeycomb

关键词： Selective laser melting | Infiltration casting | Honeycomb-filled tube | Aluminum matrix composites | Intermetallic compounds

4. Multiphysics optimization of additive manufacturing of hemp fiber reinforced polylactic acid composite honeycomb structures NSTL国家科技图书文献中心

Kandy Benie | Abel Cherouat ... - 《Additive Manufacturing》 - 2025,100 - 104697～ - 共14页

摘要： structure using the pellet-based 3D printing as material | properties of the printed bio-composite honeycomb structure | performance of bio-composite PLA/hemp honeycomb structure | compressive modulus and strength of the honeycomb structure | manufacturing of a hemp/PolyLactic Acid composite honeycomb

关键词： Bio-composite | Material extrusion | Pellet-based 3D printing | Honeycomb structure | Physical phenomena | Compression properties

5. Direct Ink Writing (3D Printing) of Robust, Highly Efficient, Double-Half-Heusler Thermoelectric High-Entropy Alloy NSTL国家科技图书文献中心

Bifa Shimelis Haile | Varinder Pal ... - 《Advanced Engineering Materials》 - 2025,27(7) - 2402283～ - 共12页

摘要： around 24.89%. Honeycomb-shaped structure* shows highest* | , different geometries (solid, mesh, hollow, and honeycomb | )Ni_(1.5)Fe_(0.5)SnSb) high-entropy alloy are 3D | diffraction of the as-cast and sintered 3D-printed | -cast, solid, mesh, hollow, and honeycomb* geometries*

关键词： 3D printings | Direct ink writings | Double-half-Heusler high-entropy alloys | Thermoelectrics

6. The effect of surface modification on the performance of graphene based honeycomb porous structure as Li-ion battery anode materials NSTL国家科技图书文献中心

Shi, Zixun | Li, Xiaowei ... - 《Computational Materials Science》 - 2025,246 - 共7页

摘要： surface of honeycomb* porous structure as well as* | of 3D porous carbon anode materials for Li-ion | on the surface of graphene based honeycomb* porous* | structure with surface dangling bonds terminated by H or F | termination, it drops to 0.45 eV. In the honeycomb* pores of*

关键词： Li-ion battery | First-principles calculation | Graphene | Surface modification

7. Effect of Three-Dimensional auxetic honeycomb core on behavior of sound transmission loss in shallow sandwich cylindrical shell NSTL国家科技图书文献中心

Sayad Ghanbari Nezha... | Motavasselolhagh M.... - 《Composite structures》 - 2025,352(Jan.) - 1.1～1.15 - 共15页

摘要： featuring a 3D auxetic honeycomb* core. Initially, the 3D* | shell, including the auxetic honeycomb* core* | for calculating STL within the structure. The | honeycomb core and aluminum with equal mass. The results | this auxetic honeycomb* core compared to a material*

关键词： Auxetic honeycomb core | Shallow sandwich cylindrical shell | Sound transmission loss | Three-dimensional elasticity theory

8. Tensile behavior of sandwich structures using various 3D printed core shapes with polymer matrix composites NSTL国家科技图书文献中心

Azeem, Muhammad | Nasir, Muhammad Ali - 《The International Journal of Advanced Manufacturing Technology》 - 2025,137(11/12) - 5665～5682 - 共18页

摘要：, hexagonal honeycomb* composite structure having 10% infill* | -hexagonal honeycomb* composite structure having 100% infill* | Additive manufacturing, also referred to as 3D | . The adhesion of 3D printed parts with polymer matrix | the tensile properties of various 3D-printed core

关键词： Sandwich structures | PLA | Glass fibers | FDM | 3D printing | Tensile test

9. In-Plane Impact Performance of a Gradient Sinusoidal Negative Poisson-Ratio Honeycomb Structure NSTL国家科技图书文献中心

Song, Yuhua | Jiang, Sen ... - 《Journal of Vibration Engineering & Technologies》 - 2025,13(3) - 共23页

摘要： ratio honeycomb* structure has better energy absorption* | ratio honeycomb* structure. The gradient layer number* | layers of the honeycomb* structure is changed. AG-CM, PG* | honeycomb structure. The amplitude gradient value and wall | thickness gradient value of the honeycomb structure* are*

关键词： Honeycomb structures | Negative Poisson's ratio | Functional gradient | Energy absorption | In-plane impact

10. Dynamic response of composite honeycomb sandwich panels subjected to strong dynamic loading NSTL国家科技图书文献中心

Deng Y. | Hu X. - 《Engineering structures》 - 2025,322(Jan.1 Pt.A1) - 1.1～1.17 - 共17页

摘要： honeycomb cores were firstly fabricated using a novel hot | dynamic response of composite honeycomb* sandwich panels* | image correlation (3D-DIC) technology. Then, the | damage/failure modes of composite honeycomb* sandwich* | . On this basis, the relation between the honeycomb

摘要：The design of three-dimensional (3D) honeycomb | structure and the concave circular-arc honeycomb structure | sinusoid-parallel-hybrid honeycomb* (SPHH) structure based* | designed. The mechanical analysis of the 3D honeycomb | concaveparallel-hybrid honeycomb* (CPHH) structure, the arc*

关键词： 3D honeycomb structure | Elastic jump Poisson's ratio | SPHH structure | Finite element modeling | Dynamic response

摘要： honeycomb structure was designed using a theoretical model | of the honeycomb* structure model compared to* | The use of three-dimensional (3D) Printing has | traditional materials. To address this issue, a honeycomb | structure model was developed to improve the mechanical

关键词： three-dimensional printing technology | honeycomb structure | deep learning optimisation | edge interpolation | mechanical strength | optimization

摘要： metallurgical bond is formed between the honeycomb structure | intermetallic compounds (IMC) layer and the honeycomb-filled | tube strengthen the honeycomb-filled tube/Al matrix | data from HFT/AMCs made from honeycomb-filled tubes | this relationship. The introduction of honeycomb

关键词： Selective laser melting | Infiltration casting | Honeycomb-filled tube | Aluminum matrix composites | Intermetallic compounds

关键词： Bio-composite | Material extrusion | Pellet-based 3D printing | Honeycomb structure | Physical phenomena | Compression properties

摘要： around 24.89%. Honeycomb-shaped structure* shows highest* | , different geometries (solid, mesh, hollow, and honeycomb | )Ni_(1.5)Fe_(0.5)SnSb) high-entropy alloy are 3D | diffraction of the as-cast and sintered 3D-printed | -cast, solid, mesh, hollow, and honeycomb* geometries*

关键词： 3D printings | Direct ink writings | Double-half-Heusler high-entropy alloys | Thermoelectrics

摘要： surface of honeycomb* porous structure as well as* | of 3D porous carbon anode materials for Li-ion | on the surface of graphene based honeycomb* porous* | structure with surface dangling bonds terminated by H or F | termination, it drops to 0.45 eV. In the honeycomb* pores of*

关键词： Li-ion battery | First-principles calculation | Graphene | Surface modification

摘要： featuring a 3D auxetic honeycomb* core. Initially, the 3D* | shell, including the auxetic honeycomb* core* | for calculating STL within the structure. The | honeycomb core and aluminum with equal mass. The results | this auxetic honeycomb* core compared to a material*

关键词： Auxetic honeycomb core | Shallow sandwich cylindrical shell | Sound transmission loss | Three-dimensional elasticity theory

摘要：, hexagonal honeycomb* composite structure having 10% infill* | -hexagonal honeycomb* composite structure having 100% infill* | Additive manufacturing, also referred to as 3D | . The adhesion of 3D printed parts with polymer matrix | the tensile properties of various 3D-printed core

关键词： Sandwich structures | PLA | Glass fibers | FDM | 3D printing | Tensile test

关键词： Honeycomb structures | Negative Poisson's ratio | Functional gradient | Energy absorption | In-plane impact

摘要： honeycomb cores were firstly fabricated using a novel hot | dynamic response of composite honeycomb* sandwich panels* | image correlation (3D-DIC) technology. Then, the | damage/failure modes of composite honeycomb* sandwich* | . On this basis, the relation between the honeycomb

关键词： Composite honeycomb sandwich panels | Damage modes | Dynamic response | High-speed 3D-DIC

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：The design of three-dimensional (3D) honeycomb | structure and the concave circular-arc honeycomb structure | sinusoid-parallel-hybrid honeycomb (SPHH) structure based | designed. The mechanical analysis of the 3D honeycomb | concaveparallel-hybrid honeycomb (CPHH) structure, the arc

关键词： 3D honeycomb structure | Elastic jump Poisson's ratio | SPHH structure | Finite element modeling | Dynamic response

摘要： honeycomb structure was designed using a theoretical model | of the honeycomb structure model compared to | The use of three-dimensional (3D) Printing has | traditional materials. To address this issue, a honeycomb | structure model was developed to improve the mechanical

关键词： three-dimensional printing technology | honeycomb structure | deep learning optimisation | edge interpolation | mechanical strength | optimization

摘要： metallurgical bond is formed between the honeycomb structure | intermetallic compounds (IMC) layer and the honeycomb-filled | tube strengthen the honeycomb-filled tube/Al matrix | data from HFT/AMCs made from honeycomb-filled tubes | this relationship. The introduction of honeycomb

关键词： Selective laser melting | Infiltration casting | Honeycomb-filled tube | Aluminum matrix composites | Intermetallic compounds

关键词： Bio-composite | Material extrusion | Pellet-based 3D printing | Honeycomb structure | Physical phenomena | Compression properties

摘要： around 24.89%. Honeycomb-shaped structure shows highest | , different geometries (solid, mesh, hollow, and honeycomb | )Ni_(1.5)Fe_(0.5)SnSb) high-entropy alloy are 3D | diffraction of the as-cast and sintered 3D-printed | -cast, solid, mesh, hollow, and honeycomb geometries

关键词： 3D printings | Direct ink writings | Double-half-Heusler high-entropy alloys | Thermoelectrics

摘要： surface of honeycomb porous structure as well as | of 3D porous carbon anode materials for Li-ion | on the surface of graphene based honeycomb porous | structure with surface dangling bonds terminated by H or F | termination, it drops to 0.45 eV. In the honeycomb pores of

关键词： Li-ion battery | First-principles calculation | Graphene | Surface modification

摘要： featuring a 3D auxetic honeycomb core. Initially, the 3D | shell, including the auxetic honeycomb core | for calculating STL within the structure. The | honeycomb core and aluminum with equal mass. The results | this auxetic honeycomb core compared to a material

关键词： Auxetic honeycomb core | Shallow sandwich cylindrical shell | Sound transmission loss | Three-dimensional elasticity theory

摘要：, hexagonal honeycomb composite structure having 10% infill | -hexagonal honeycomb composite structure having 100% infill | Additive manufacturing, also referred to as 3D | . The adhesion of 3D printed parts with polymer matrix | the tensile properties of various 3D-printed core

关键词： Sandwich structures | PLA | Glass fibers | FDM | 3D printing | Tensile test

摘要： ratio honeycomb structure has better energy absorption | ratio honeycomb structure. The gradient layer number | layers of the honeycomb structure is changed. AG-CM, PG | honeycomb structure. The amplitude gradient value and wall | thickness gradient value of the honeycomb structure are

关键词： Honeycomb structures | Negative Poisson's ratio | Functional gradient | Energy absorption | In-plane impact

摘要： honeycomb cores were firstly fabricated using a novel hot | dynamic response of composite honeycomb sandwich panels | image correlation (3D-DIC) technology. Then, the | damage/failure modes of composite honeycomb sandwich | . On this basis, the relation between the honeycomb

关键词： Composite honeycomb sandwich panels | Damage modes | Dynamic response | High-speed 3D-DIC

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：The design of three-dimensional (3D) honeycomb | structure and the concave circular-arc honeycomb structure | sinusoid-parallel-hybrid honeycomb* (SPHH) structure based* | designed. The mechanical analysis of the 3D honeycomb | concaveparallel-hybrid honeycomb* (CPHH) structure, the arc*

摘要： honeycomb structure was designed using a theoretical model | of the honeycomb* structure model compared to* | The use of three-dimensional (3D) Printing has | traditional materials. To address this issue, a honeycomb | structure model was developed to improve the mechanical

摘要： around 24.89%. Honeycomb-shaped structure* shows highest* | , different geometries (solid, mesh, hollow, and honeycomb | )Ni_(1.5)Fe_(0.5)SnSb) high-entropy alloy are 3D | diffraction of the as-cast and sintered 3D-printed | -cast, solid, mesh, hollow, and honeycomb* geometries*

摘要： surface of honeycomb* porous structure as well as* | of 3D porous carbon anode materials for Li-ion | on the surface of graphene based honeycomb* porous* | structure with surface dangling bonds terminated by H or F | termination, it drops to 0.45 eV. In the honeycomb* pores of*

摘要： featuring a 3D auxetic honeycomb* core. Initially, the 3D* | shell, including the auxetic honeycomb* core* | for calculating STL within the structure. The | honeycomb core and aluminum with equal mass. The results | this auxetic honeycomb* core compared to a material*

摘要：, hexagonal honeycomb* composite structure having 10% infill* | -hexagonal honeycomb* composite structure having 100% infill* | Additive manufacturing, also referred to as 3D | . The adhesion of 3D printed parts with polymer matrix | the tensile properties of various 3D-printed core

摘要： honeycomb cores were firstly fabricated using a novel hot | dynamic response of composite honeycomb* sandwich panels* | image correlation (3D-DIC) technology. Then, the | damage/failure modes of composite honeycomb* sandwich* | . On this basis, the relation between the honeycomb