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Travel inspires us
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作者 徐建 《疯狂英语(新读写)》 2025年第3期18-23,74,75,共8页
Travel is not just about seeing new places;it's about seeing the world through new eyes.It's an opportunity to learn,to grow and to be inspired.This enlightening journey begins the moment we step out of our co... Travel is not just about seeing new places;it's about seeing the world through new eyes.It's an opportunity to learn,to grow and to be inspired.This enlightening journey begins the moment we step out of our comfort zones. 展开更多
关键词 comfort zones LEARNING GROWTH INSPIRATION TRAVEL
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基于拓扑优化的襟翼支架增材制造研究
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作者 常青青 唐玲苑 +1 位作者 古冰杰 周建阳 《机电工程》 北大核心 2026年第2期382-390,共9页
针对拓扑优化设计后复杂结构制造难、设计与制造匹配度低等问题,以航空襟翼支架为对象,对拓扑优化设计与激光粉末床熔融(LPBF)增材制造的协同创新进行了研究。首先,运用Altair Inspire软件,以刚度最大化为优化目标,对航空襟翼支架进行... 针对拓扑优化设计后复杂结构制造难、设计与制造匹配度低等问题,以航空襟翼支架为对象,对拓扑优化设计与激光粉末床熔融(LPBF)增材制造的协同创新进行了研究。首先,运用Altair Inspire软件,以刚度最大化为优化目标,对航空襟翼支架进行了拓扑优化设计,获取了兼具力学性能与轻量化优势的镂空状结构方案;然后,基于LPBF技术原理,借助Print3D模块对优化后的支架开展了增材制造工艺仿真,通过模拟打印过程,预测并解决了潜在制造问题;最后,开展了实际打印实验,将理论设计转化为物理实体,验证了设计与制造的匹配性。研究结果表明:拓扑优化后,支架质量从206.61 g减至67.38 g,减重比例高达67.39%,其最小安全系数1.3、最大位移0.26 mm和最大米塞斯应力320 MPa均可以满足设计要求;实际打印重量为67.67 g,与理论数值相比,误差仅为0.4%,关键装配面尺寸偏差小于±0.15 mm。该研究实现了拓扑优化设计与增材制造工艺的高度匹配目标,显著提高了材料利用率,为具有复杂内部结构和独特形状的设计制造提供了有效方案。 展开更多
关键词 机械制造工艺 增材制造 激光粉末床熔融 Print3D模块 襟翼支架 拓扑优化 Altair Inspire
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Quality Marker Concept Inspires the Quality Research of Traditional Chinese Medicines 被引量:11
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作者 De-an Guo 《Chinese Herbal Medicines》 CAS 2017年第1期1-2,共2页
Traditional Chinese medicines (TCMs) have been used in China for thousands of years for the treatment of various diseases, highly treated as the Chinese cultural heritage. It has played the pivotal role in maintaini... Traditional Chinese medicines (TCMs) have been used in China for thousands of years for the treatment of various diseases, highly treated as the Chinese cultural heritage. It has played the pivotal role in maintaining the health of Chinese people and even the entire globe. 展开更多
关键词 TCM Quality Marker Concept inspires the Quality Research of Traditional Chinese Medicines
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Nobel Prize for Artemisinin Inspires Modern TCM Research 被引量:2
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作者 De-An Guo 《World Journal of Traditional Chinese Medicine》 2015年第4期1-1,共1页
Half of the 2015 Nobel Prize in Physiology or Medicine was awarded to Chinese scientist Youyou Tu in recognition of her pioneering work on the antimalarial artemisinin,extracted from Artemisia annua,a traditional Chin... Half of the 2015 Nobel Prize in Physiology or Medicine was awarded to Chinese scientist Youyou Tu in recognition of her pioneering work on the antimalarial artemisinin,extracted from Artemisia annua,a traditional Chinese herbal remedy used to treat fever.This is clearly a great encouragement for scientists who engage traditional medicine research.As Youyou Tu stated in her Nobel Prize awarding lecture,artemisinin is a gift from traditional Chinese 展开更多
关键词 In TCM Nobel Prize for Artemisinin inspires Modern TCM Research
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The Raising of Evidence Based Medicine Inspires the Integration of Traditional and Western Medicine 被引量:1
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作者 陈可冀 宋军 《Chinese Journal of Integrative Medicine》 SCIE CAS 2000年第4期242-243,共2页
关键词 The Raising of Evidence Based Medicine inspires the Integration of Traditional and Western Medicine
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An inspiration hub,a window for collaboration!YKK's largest integrated global showroom has opened in Xiamen
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作者 Zhong Mengxia 《China Textile》 2026年第1期14-15,共2页
As the sunlight scattered on the sea of Guanyinshan in Xiamen,a space that bridges creativity and industry opened its door to the world.On December 15th,following a ribbon-cutting and unveiling ceremony,YKK Xiamen Gua... As the sunlight scattered on the sea of Guanyinshan in Xiamen,a space that bridges creativity and industry opened its door to the world.On December 15th,following a ribbon-cutting and unveiling ceremony,YKK Xiamen Guanyinshan Showroom,the brand's second and largest comprehensive showroom,was officially inaugurated.This showroom is more than a product display window,it is an"Inspiration Hub"integrating exhibition,co-creation,and service.Its launch signifies YKK's progression in the Chinese market from“building an efficient product proposal system”to a new stage of“deep collaborative co-creation.” 展开更多
关键词 inspiration hub product display co creation showroom Guanyinshan COLLABORATION service YKK
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Rural Creators:When art meets agriculture,every village becomes a canvas,turning fields,waterways and daily rural life into sources of inspiration
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作者 PENG YAO 《ChinAfrica》 2026年第2期31-31,共1页
The fertile soil of the countryside is also rich in artistic inspiration.“If farmers pick up a brush,they can become artists.If one devotes oneself wholeheartedly to something,a stroke of genius will follow,”said Mi... The fertile soil of the countryside is also rich in artistic inspiration.“If farmers pick up a brush,they can become artists.If one devotes oneself wholeheartedly to something,a stroke of genius will follow,”said Miao Huixin,a cultural envoy to Shengfeng Village in Youchegang Town,Xiuzhou District,Jiaxing City,Zhejiang Province. 展开更多
关键词 AGRICULTURE art inspiration rural life creative expression village culture
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Erratum:Bio-inspired Fog Harvesting Fabric Materials:Principle,Fabrication,Engineering Applications and Challenges
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作者 Xueke Yang Sha Li +2 位作者 Xiaobo Wang Xiaoming Qian Songnan Zhang 《Journal of Bionic Engineering》 2026年第1期549-549,共1页
The original online version of this article was revised:"The article Bio-inspired Fog Harvesting Fabric Materials:Principle,Fabrication,Engineering Applications and Challenges,written by Xueke Yang,Sha Li,Xiaobo ... The original online version of this article was revised:"The article Bio-inspired Fog Harvesting Fabric Materials:Principle,Fabrication,Engineering Applications and Challenges,written by Xueke Yang,Sha Li,Xiaobo Wang,Xiaoming Qian,and Songnan Zhang,was originally published under exclusive license to Jilin University.Following the authors'decision to opt for retrospective open access,the copyright of the article was changed on 27 April 2025 to©The Authors 2025.The article is now distributed under the terms of the Creative Commons Attribution License(http://creativecommons.org/licenses/by/4.0),which permits unrestricted use,distribution,and reproduction in any medium,provided the original author(s)and source are credited." 展开更多
关键词 PRINCIPLE fog harvesting fabric materials FABRICATION CHALLENGES engineering applications bio inspired
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Paths to Modernization
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作者 XIA YUANYUAN 《China Today》 2026年第1期42-44,共3页
Discussions on Chinese modernization are offering African countries both conceptual inspiration and practical references as they explore their own sustainable development paths.
关键词 chinese modernization conceptual inspiration sustainable development PATHS practical references MODERNIZATION sustainable development paths African countries
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Erratum:Marine Shell-Inspired Laser Surface Texturing:Characterizing the Surface Properties of Co-Based Alloy
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作者 Sefika Kasman Sertan Ozan 《Journal of Bionic Engineering》 2026年第1期551-551,共1页
The original online version of this article was revised:Several errors occurred in the published version of the article.These have now been corrected as follows:Page 2,section"2.2 Laser Texturing Procedure of Sur... The original online version of this article was revised:Several errors occurred in the published version of the article.These have now been corrected as follows:Page 2,section"2.2 Laser Texturing Procedure of Surfaces",line 2:The device name was corrected from"YDFLP-E-50-M8"to"YDFLP-50-M8."Page 3,Section 2.4:The phrase"95%confidence interval"has been corrected to"95%confidence level."Page 3,Figure 1 caption:The phrase"fandg"has been corrected to"f and g."The order"C4 and C12"has been reversed to"C12 and C4,"in accordance with the display order in the figure.Page 4,Figure reference:The phrase"Figs.4c and d"has been corrected to"Figs.5b and c."Page 5,paragraph starting with"The ANOVA results are presented...":The phrase"95%confidence interval"has been corrected to"95%confidence level." 展开更多
关键词 laser surface texturing surface properties marine shell inspired co based alloy laser texturing procedure confidence level ANOVA results
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基于变密度法的飞机襟翼轻量化设计方法研究
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作者 常青青 周建阳 +1 位作者 程国栋 古冰杰 《机械设计与研究》 北大核心 2025年第3期115-120,共6页
襟翼是飞机起飞降落的重要部件,对其结构进行轻量化设计研究,有利于减少油耗、增加升力。为降低襟翼重量,文中以某型号襟翼为研究对象,分析了支架对襟翼质量的影响,基于变密度法拓扑优化理论,以最大刚度为目标函数,以体积分数、位移和... 襟翼是飞机起飞降落的重要部件,对其结构进行轻量化设计研究,有利于减少油耗、增加升力。为降低襟翼重量,文中以某型号襟翼为研究对象,分析了支架对襟翼质量的影响,基于变密度法拓扑优化理论,以最大刚度为目标函数,以体积分数、位移和应力为约束条件,建立了襟翼支架拓扑优化数学模型。利用Altair Inspire软件对支架初始模型进行有限元分析,结果表明:支架在襟翼中的比重为3.2%,应力和变形较小,具有较大的优化空间,然后以Altair Inspire的拓扑优化模块对支架进行拓扑优化,并对优化后的支架和襟翼分别进行有限元分析和多体运动仿真分析。结果表明:在满足刚度和强度准则的要求下,支架本身减重比达67.39%,使得襟翼整体减重比达2.14%,优化后支架的最大速度和最大加速度与优化前相比,分别提高了19.72%和19.69%。由此说明文中对襟翼开展的轻量化设计方法研究不仅有效降低了襟翼总体质量,实现了轻量化目标,同时促使优化后的襟翼在执行命令时响应更加迅速。 展开更多
关键词 飞机襟翼支架 拓扑优化 轻量化设计 Altair Inspire
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叉车外门架上横梁总成拓扑优化设计
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作者 白迎春 《机械工程与自动化》 2025年第2期94-95,共2页
采用Altair公司的Inspire软件建立了某型叉车外门架上横梁总成的拓扑优化空间,进行了边界载荷定义,通过求解计算得到了最优材料分布方案,并对上横梁总成优化后的外门架进行了结构强度校核。分析结果表明:上横梁总成优化后的外门架结构... 采用Altair公司的Inspire软件建立了某型叉车外门架上横梁总成的拓扑优化空间,进行了边界载荷定义,通过求解计算得到了最优材料分布方案,并对上横梁总成优化后的外门架进行了结构强度校核。分析结果表明:上横梁总成优化后的外门架结构工艺性能更加合理,结构强度较原始设计要好,质量降低了11.62%。 展开更多
关键词 叉车 外门架 INSPIRE 拓扑优化
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基于Inspire的三臂挖掘机二级臂拓扑优化设计与仿真分析 被引量:2
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作者 赵铮宇 朱颜 +3 位作者 程兴群 相国 刘畅 韩文超 《机械设计》 北大核心 2025年第10期133-139,共7页
以多功能三臂挖掘机二级臂为研究对象,以二级臂的质量最小为设计目标,以设计空间的单元相对密度为设计变量,以模型强度和刚度为约束条件,利用Altair Inspire对原模型结构进行拓扑优化,去除了原模型多余材料,并利用Inspire对模型进行了... 以多功能三臂挖掘机二级臂为研究对象,以二级臂的质量最小为设计目标,以设计空间的单元相对密度为设计变量,以模型强度和刚度为约束条件,利用Altair Inspire对原模型结构进行拓扑优化,去除了原模型多余材料,并利用Inspire对模型进行了不同工况的受力分析,进而得出最优的优化重构模型,最终二级臂质量减小约33.6%。对比优化前后有限元静强度分析结果发现,该模型优化后的米塞斯应力虽然有所增大,但是仍远小于材料屈服强度,为挖掘机的设计生产提供设计依据,为零部件结构设计提供一种新的轻量化设计思路。最后,3D打印出10%比例的模型进行仿真试验,结果表明:结构优化后的模型可有效降低能耗,提高工作效率,验证了优化的有效性。 展开更多
关键词 二级臂 拓扑优化 INSPIRE 变密度法 轻量化设计 3D打印 仿真分析
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Muscle‑Inspired Anisotropic Aramid Nanofibers Aerogel Exhibiting High‑Efficiency Thermoelectric Conversion and Precise Temperature Monitoring for Firefighting Clothing 被引量:1
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作者 Zhicai Yu Yuhang Wan +8 位作者 Mi Zhou Md Hasib Mia Siqi Huo Lele Huang Jie Xu Qing Jiang Zhenrong Zheng Xiaodong Hu Hualing He 《Nano-Micro Letters》 2025年第9期213-236,共24页
Enhancing the firefighting protective clothing with exceptional thermal barrier and temperature sensing functions to ensure high fire safety for firefighters has long been anticipated,but it remains a major challenge.... Enhancing the firefighting protective clothing with exceptional thermal barrier and temperature sensing functions to ensure high fire safety for firefighters has long been anticipated,but it remains a major challenge.Herein,inspired by the human muscle,an anisotropic fire safety aerogel(ACMCA)with precise self-actuated temperature monitoring performance is developed by combining aramid nanofibers with eicosane/MXene to form an anisotropically oriented conductive network.By combining the two synergies of the negative temperaturedependent thermal conductive eicosane,which induces a high-temperature differential,and directionally ordered MXene that establishes a conductive network along the directional freezing direction.The resultant ACMCA exhibited remarkable thermoelectric properties,with S values reaching 46.78μV K^(−1)andκvalues as low as 0.048 W m^(−1)K^(−1)at room temperature.Moreover,the prepared anisotropic aerogel ACMCA exhibited electrical responsiveness to temperature variations,facilitating its application in intelligent temperature monitoring systems.The designed anisotropic aerogel ACMCA could be incorporated into the firefighting clothing as a thermal barrier layer,demonstrating a wide temperature sensing range(50-400℃)and a rapid response time for early high-temperature alerts(~1.43 s).This work provides novel insights into the design and application of temperature-sensitive anisotropic aramid nanofibers aerogel in firefighting clothing. 展开更多
关键词 Human muscle inspired Anisotropic thermoelectric aerogel Temperature sensing High-temperature warning Firefighting clothing
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基于Altair Inspire的汽车轮毂轻量化设计研究 被引量:1
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作者 张大鹏 王楚楚 《农业装备与车辆工程》 2025年第1期58-62,共5页
为提高汽车轮毂的刚度、强度、可靠性等,降低汽车轮毂的成本和质量,采用Altair Inspire软件对汽车轮毂进行初始强度分析和拓扑优化。首先,根据汽车轮毂初始的几何形状、载荷条件、约束条件和材料属性建立有限元模型,进行线性静力学分析... 为提高汽车轮毂的刚度、强度、可靠性等,降低汽车轮毂的成本和质量,采用Altair Inspire软件对汽车轮毂进行初始强度分析和拓扑优化。首先,根据汽车轮毂初始的几何形状、载荷条件、约束条件和材料属性建立有限元模型,进行线性静力学分析,获得汽车轮毂的米赛斯应力、最大位移和最小安全系数分布云图。然后,利用Altair Inspire的拓扑优化功能对汽车轮毂进行结构拓扑优化,获取轮毂的轻量化概念实体模型。对比分析优化前后汽车轮毂模型的结构性能指标,结果表明,Altair Inspire的拓扑优化方法可以有效改善轮毂的结构性能指标,最佳方案优化模型实现了28.9%的减重,最大米赛斯应力降低了2 MPa,最大位移降低了1.39μm,最小安全系数提升了0.1。 展开更多
关键词 Altair Inspire 轮毂 拓扑优化
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My Hobbies and Dream Job
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作者 熊安琪 鲍倩晴(指导) 《疯狂英语(双语世界)》 2025年第1期75-75,共1页
Hello!My name is Angel.I am an active girl.I am ten years old.I am in Class 1,Grade 5.I want to share my hobbies.First,I like reading books.Books are the ladder of human progress.Reading not only broadens my horizons ... Hello!My name is Angel.I am an active girl.I am ten years old.I am in Class 1,Grade 5.I want to share my hobbies.First,I like reading books.Books are the ladder of human progress.Reading not only broadens my horizons but also fills my heart with wonder and inspires me to dream big. 展开更多
关键词 BOOKS hobbies reading DREAMS INSPIRATION HORIZONS
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Research Progress on Biomimetic Drag Reduction Materials Inspired by Diverse Organisms:from Principle to Application
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作者 Lei Tang Hongyi Hu +1 位作者 Zhixiang Zeng Qunji Xue 《Journal of Bionic Engineering》 2025年第5期2151-2193,共43页
Reducing the resistance of vehicles,ships,aircraft and other means of transport during movement can significantly improve the speed,save energy and reduce emissions.After billions of years of continuous evolution,orga... Reducing the resistance of vehicles,ships,aircraft and other means of transport during movement can significantly improve the speed,save energy and reduce emissions.After billions of years of continuous evolution,organisms in nature have gradually developed the ability to move at high speed to achieve better survival.These evolved organisms provide a perfect template for the human development of drag reduction materials.Revealing the unique physiological structural characteristics of organisms and their relationship with resistance during movement can provide a feasible approach tosolving the problem of reducing friction resistance.Whether flying in the sky,running on the ground,swimming in the water,or even living in the soil,many creatures in various environments have the ability to reduce resistance.Driven by these inspirations,researchers have done a lot of work to explore and imitate these biological epidermis structures to achieve drag reduction.In this paper,the biomimetic drag reduction materials is introduced in detail in the order of drag reduction mechanism,structural characteristics of biological epidermis(including marine animals,flying animals,soil animals and plants),biomimetic preparation methods,performance testing methods and application fields.Finally,the potential of various biomimetic drag reduction materials in engineering application and the problems to be overcome are summarized and prospected.This paper can help readers comprehensively understand the research progress of biomimetic drag reduction materials,and provide reference for further designing the next generation of drag reduction materials. 展开更多
关键词 Biomimetic drag reduction material PRINCIPLE INSPIRATION Fabrication EXAMINATION APPLICATION
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主题1 课标词汇之优秀人物
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作者 张婷婷 《疯狂英语(新读写)》 2025年第7期67-69,80,共4页
In every society,there are individuals who stand out with great achievements.These people are often seen as leaders and innovators,paving the way for others to follow.They are pioneers in their fields,who use their in... In every society,there are individuals who stand out with great achievements.These people are often seen as leaders and innovators,paving the way for others to follow.They are pioneers in their fields,who use their influential and inspiring personalities to motivate those around them.Their ability to drive change is due to not only their skills but also their characters. 展开更多
关键词 PIONEERS influential innovators inspiring personality great achievements LEADERS individuals FIELDS
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My Music Teacher
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作者 常聪莹 张超(指导) 《中学生英语》 2025年第11期8-8,共1页
My music teacher is Ms Li and she brings the beautiful and harmonious world of music into my life.Ms Li graduated from Beijing Conservatory of Music.She is very young and beautiful,with long hair and a warm smile on h... My music teacher is Ms Li and she brings the beautiful and harmonious world of music into my life.Ms Li graduated from Beijing Conservatory of Music.She is very young and beautiful,with long hair and a warm smile on her face.Her eyes are full of passion when she talks about music.In class,she is kind and patient.She never gets angry even when we make mistakes.Instead,she always encourages us to try again.Her teaching methods are unique and successful.In class,she always uses many kinds of instruments to make the lessons lively and interesting.She also leads us to sing and play together to make a joyful atmosphere.With her help,we have learned not only how to sing and play instruments but also how to enjoy the beauty of music.She is like a friend outside of class.She listens to our problems and gives us some useful advice.Also,she shares her own musical experiences and stories to inspire us to hold on to our dreams. 展开更多
关键词 ms li music TEACHER teaching methods PASSION musical education student relationship INSPIRATION
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The ancient village thriving on a canyon's edge
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作者 杨述萍 《疯狂英语(新读写)》 2025年第5期50-51,77,共3页
The ancient village of Khunzakh,in Dagestan,is literally located on the edge of a deep canyon(峡谷),making it one of the most awe⁃inspiring human settlements in the world.Before Khabib Nurmagomedov became the undisput... The ancient village of Khunzakh,in Dagestan,is literally located on the edge of a deep canyon(峡谷),making it one of the most awe⁃inspiring human settlements in the world.Before Khabib Nurmagomedov became the undisputed(无可争辩的)champion of the UFC Lightweight Division,most people hadn't even heard of Dagestan.Today,it is almost associated with the legendary mixed martial arts master,but the Russian autonomous republic is actually home to a number of wonders that the world has yet to discover.Today,we're featuring Khunzakh,a very old village with a very unique location—right on the edge of a 100⁃meter⁃deep canyon. 展开更多
关键词 mixed martial arts Khunzakh human settlement awe inspiring CANYON Dagestan ancient village UFC
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