## Double Corrugated(双瓦楞)研究综述

Double Corrugated 双瓦楞 - In this article, the performance of double corrugated tubes applied in a tube-in-shell heat exchanger is analysed and compared to the performance of a heat exchanger equipped with straight tubes.^{[1]}This paper will discuss the impact of variation of dimensions against the nominal design value of the double corrugated waveguide for a 151 – 161.

^{[2]}Due to the favorable properties like simple topology and compatibility with the cylindrical beam, the double corrugated waveguide is a promising interaction structure for signal amplification and generation at sub-terahertz range.

^{[3]}This work proposes an iterative scheme for the large deflection analysis of double corrugated cantilever structures subjected to end point loads and uniformly varying load using a chain algorithm.

^{[4]}This paper investigates the cyclic performance of double corrugated steel plate shear walls.

^{[5]}A self-sealing nickel-titanium (NiTi) alloy double corrugated composite gasket was designed.

^{[6]}The proposed

^{[7]}A Double Corrugated Waveguide Shielded by Photonic Crystal (PhC) wall is proposed for effective beam-wave interaction with a circular beam at terahertz frequency.

^{[8]}The double corrugated waveguide slow wave structure (SWS) and sheet beam are presented by simulation.

^{[9]}A double corrugated tube geometry for improved heat transfer performance inspired by vascular heat exchangers found in fish such as the tuna and the opah is presented.

^{[10]}The model is designed to be a flat packable, mono-material based on a double corrugated folding pattern.

^{[11]}In this paper, the design of the Double Corrugated Waveguide (DCW), as slow wave structure, for a novel D-band TWT, for wireless communications, will be described.

^{[12]}K-span system double corrugated trapezoid sheet profiles are used in construction engineering as self-supporting arch roofs for buildings.

^{[13]}Arch structures made of double corrugated steel sheets, known as K-span, are used as self-supporting building roofs.

^{[14]}Comparing with double corrugated waveguide TWT, the multiple-beam corrugated waveguide TWT has higher output power, gain and efficiency.

^{[15]}This paper presents the design of a G-band (215 – 250 GHz) Traveling Wave Tube with 40 dB gain for wireless communications, based on the double corrugated waveguide.

^{[16]}The thermal performance at constant pumping power conditions was numerically investigated in ellipse and super ellipse-based double corrugated tubes.

^{[17]}The numerical performances of two nature-inspired flow geometries, based on double corrugated tubes with an elliptical cross-section, are compared to the performance of conventional flow structures for Active Magnetic Regeneration (AMR) applications, namely, packed spheres and a cylindrical micro-channel matrix.

^{[18]}

本文对应用于壳管式换热器的双波纹管的性能进行了分析，并与配备直管的换热器的性能进行了比较。

^{[1]}本文将讨论尺寸变化对 151 – 161 双波纹波导标称设计值的影响。

^{[2]}由于具有简单的拓扑结构和与圆柱形光束的兼容性等有利特性，双波纹波导是一种很有前途的交互结构，可用于亚太赫兹范围内的信号放大和生成。

^{[3]}这项工作提出了一种迭代方案，用于使用链算法对承受端点载荷和均匀变化载荷的双波纹悬臂结构进行大挠度分析。

^{[4]}本文研究了双波纹钢板剪力墙的循环性能。

^{[5]}设计了一种自密封镍钛（NiTi）合金双波纹复合垫片。

^{[6]}提出的 <inline-formula> <tex-math notation="LaTeX">${D}$ </tex-math></inline-formula>-band TWT 使用双波纹波导作为慢波结构和新电子枪，两者都设计为易于组装和低制造成本。

^{[7]}提出了一种由光子晶体 (PhC) 壁屏蔽的双波纹波导，用于在太赫兹频率下与圆形光束进行有效的束波相互作用。

^{[8]}通过仿真提出了双波纹波导慢波结构（SWS）和片状光束。

^{[9]}介绍了一种双波纹管几何形状，用于改善传热性能，其灵感来自于金枪鱼和欧泊等鱼类中发现的血管热交换器。

^{[10]}该模型设计为基于双瓦楞折叠图案的可扁平包装的单一材料。

^{[11]}在本文中，将描述用于无线通信的新型 D 波段行波管的慢波结构双波纹波导 (DCW) 的设计。

^{[12]}K跨度系统双波纹梯形板型材在建筑工程中用作建筑物的自支撑拱顶。

^{[13]}由称为 K 跨度的双波纹钢板制成的拱形结构用作自支撑建筑屋顶。

^{[14]}与双波纹波导行波管相比，多光束波纹波导行波管具有更高的输出功率、增益和效率。

^{[15]}本文介绍了基于双波纹波导的具有 40 dB 增益的 G 波段 (215 – 250 GHz) 行波管的设计，用于无线通信。

^{[16]}在椭圆和超椭圆双波纹管中对恒定泵浦功率条件下的热性能进行了数值研究。

^{[17]}将基于具有椭圆横截面的双波纹管的两种受自然启发的流动几何结构的数值性能与用于主动磁再生 (AMR) 应用的传统流动结构的性能进行比较，即填充球体和圆柱形微结构。通道矩阵。

^{[18]}

## double corrugated waveguide 双波纹波导

This paper will discuss the impact of variation of dimensions against the nominal design value of the double corrugated waveguide for a 151 – 161.^{[1]}Due to the favorable properties like simple topology and compatibility with the cylindrical beam, the double corrugated waveguide is a promising interaction structure for signal amplification and generation at sub-terahertz range.

^{[2]}The proposed

^{[3]}A Double Corrugated Waveguide Shielded by Photonic Crystal (PhC) wall is proposed for effective beam-wave interaction with a circular beam at terahertz frequency.

^{[4]}The double corrugated waveguide slow wave structure (SWS) and sheet beam are presented by simulation.

^{[5]}In this paper, the design of the Double Corrugated Waveguide (DCW), as slow wave structure, for a novel D-band TWT, for wireless communications, will be described.

^{[6]}Comparing with double corrugated waveguide TWT, the multiple-beam corrugated waveguide TWT has higher output power, gain and efficiency.

^{[7]}This paper presents the design of a G-band (215 – 250 GHz) Traveling Wave Tube with 40 dB gain for wireless communications, based on the double corrugated waveguide.

^{[8]}

本文将讨论尺寸变化对 151 – 161 双波纹波导标称设计值的影响。

^{[1]}由于具有简单的拓扑结构和与圆柱形光束的兼容性等有利特性，双波纹波导是一种很有前途的交互结构，可用于亚太赫兹范围内的信号放大和生成。

^{[2]}提出的 <inline-formula> <tex-math notation="LaTeX">${D}$ </tex-math></inline-formula>-band TWT 使用双波纹波导作为慢波结构和新电子枪，两者都设计为易于组装和低制造成本。

^{[3]}提出了一种由光子晶体 (PhC) 壁屏蔽的双波纹波导，用于在太赫兹频率下与圆形光束进行有效的束波相互作用。

^{[4]}通过仿真提出了双波纹波导慢波结构（SWS）和片状光束。

^{[5]}在本文中，将描述用于无线通信的新型 D 波段行波管的慢波结构双波纹波导 (DCW) 的设计。

^{[6]}与双波纹波导行波管相比，多光束波纹波导行波管具有更高的输出功率、增益和效率。

^{[7]}本文介绍了基于双波纹波导的具有 40 dB 增益的 G 波段 (215 – 250 GHz) 行波管的设计，用于无线通信。

^{[8]}

## double corrugated tube

In this article, the performance of double corrugated tubes applied in a tube-in-shell heat exchanger is analysed and compared to the performance of a heat exchanger equipped with straight tubes.^{[1]}A double corrugated tube geometry for improved heat transfer performance inspired by vascular heat exchangers found in fish such as the tuna and the opah is presented.

^{[2]}The thermal performance at constant pumping power conditions was numerically investigated in ellipse and super ellipse-based double corrugated tubes.

^{[3]}The numerical performances of two nature-inspired flow geometries, based on double corrugated tubes with an elliptical cross-section, are compared to the performance of conventional flow structures for Active Magnetic Regeneration (AMR) applications, namely, packed spheres and a cylindrical micro-channel matrix.

^{[4]}

本文对应用于壳管式换热器的双波纹管的性能进行了分析，并与配备直管的换热器的性能进行了比较。

^{[1]}介绍了一种双波纹管几何形状，用于改善传热性能，其灵感来自于金枪鱼和欧泊等鱼类中发现的血管热交换器。

^{[2]}在椭圆和超椭圆双波纹管中对恒定泵浦功率条件下的热性能进行了数值研究。

^{[3]}将基于具有椭圆横截面的双波纹管的两种受自然启发的流动几何结构的数值性能与用于主动磁再生 (AMR) 应用的传统流动结构的性能进行比较，即填充球体和圆柱形微结构。通道矩阵。

^{[4]}

## double corrugated steel

This paper investigates the cyclic performance of double corrugated steel plate shear walls.^{[1]}Arch structures made of double corrugated steel sheets, known as K-span, are used as self-supporting building roofs.

^{[2]}

本文研究了双波纹钢板剪力墙的循环性能。

^{[1]}由称为 K 跨度的双波纹钢板制成的拱形结构用作自支撑建筑屋顶。

^{[2]}