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Książki na temat „Artificial muscles”

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Autor: Grafiati
Data publikacji: 4 czerwca 2021
Data aktualizacji: 11 marca 2023

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1

Yoseph, Bar-Cohen, red. Electroactive polymer (EAP) actuators as artificial muscles: Reality, potential, and challenges. Bellingham, Wash: SPIE Press, 2001.

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Yoseph, Bar-Cohen, red. Electroactive polymer (EAP) actuators as artificial muscles: Reality, potential, and challenges. Wyd. 2. Bellingham, Wash: SPIE Press, 2004.

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Fernando, D'Amelio, Eng Lawrence F i United States. National Aeronautics and Space Administration., red. Effects of artificial gravity: Central nervous system neurochemical studies : finalReport [sic] for NASA agreement NAGW-4480 (SJSU foundation no. 21-1614-7083) period 1 May 94 through 31 Mar 97. [Washington, DC: National Aeronautics and Space Administration, 1997.

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Dorgan, Stephen Joseph. Mathematical modelling, analysis and control of artificially activated skeletal muscle. Dublin: University College Dublin, 1997.

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5

Chu-Jeng, Chiu Ray, red. Biomechanical cardiac assist: Cardiomyoplasty and muscle-powered devices. Mount Kisco, N.Y: Futura Pub. Co., 1986.

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1939-, Vincenzini P., Bar-Cohen Yoseph, Carpi Federico 1975- i International Conference on "Smart Materials, Structures, and Systems" (3rd : 2008 : Acireale, Italy), red. Artificial muscle actuators using electroactive polymers: "artificial muscle actuators using electroactive polymers" : proceedings of the joint focused session A-12 "artificial muscle actuators using electroactive polymers" of symposium A "Smart materials and micro/nanosystems" and symposium E "Mining smartness from nature", held in Acireale, Sicily, Italy, June 8-13 2008 as part of CIMTEC 2008 - 3rd International conference "Smart materials, structures and systems". Stafa-Zuerich, Switzerland: Trans Tech Publications Ltd, 2009.

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1939-, Vincenzini P., Bar-Cohen Yoseph, Carpi Federico 1975- i International Conference on "Smart Materials, Structures, and Systems" (3rd : 2008 : Acireale, Italy), red. Artificial muscle actuators using electroactive polymers: "artificial muscle actuators using electroactive polymers" : proceedings of the joint focused session A-12 "artificial muscle actuators using electroactive polymers" of symposium A "Smart materials and micro/nanosystems" and symposium E "Mining smartness from nature", held in Acireale, Sicily, Italy, June 8-13 2008 as part of CIMTEC 2008 - 3rd International conference "Smart materials, structures and systems". Stafa-Zuerich, Switzerland: Trans Tech Publications Ltd, 2009.

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8

Enis, Çetin A., Salvetti Ovidio i SpringerLink (Online service), red. Computational Intelligence for Multimedia Understanding: International Workshop, MUSCLE 2011, Pisa, Italy, December 13-15, 2011, Revised Selected Papers. Berlin, Heidelberg: Springer Berlin Heidelberg, 2012.

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9

D, Huizinga Jan, red. Pacemaker activity and intercellular communication. Boca Raton: CRC Press, 1995.

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10

Shahinpoor, Mohsen, Kwang J. Kim i Mehran Mojarrad. Artificial Muscles. Taylor & Francis Group, 2019.

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Artificial Muscles. Taylor & Francis Group, 2021.

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Shahinpoor, Mohsen, Kwang J. Kim i Mehran Mojarrad. Artificial Muscles. Taylor & Francis Group, 2010.

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13

Artificial Muscles [Working Title]. IntechOpen, 2022. http://dx.doi.org/10.5772/intechopen.95131.

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Biomimetic Robotic Artificial Muscles. World Scientific Publishing Company, 2012.

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Anderson, Iain A., i Benjamin M. O’Brien. Muscles. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780199674923.003.0020.

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Mechanical devices that include home appliances, automobiles, and airplanes are typically driven by electric motors or combustion engines through gearboxes and other linkages. Airplane wings, for example, have hinged control surfaces such as ailerons. Now imagine a wing that has no hinged control surfaces or linkages but that instead bends or warps to assume an appropriate shape, like the wing of a bird. Such a device could be enabled using an electro-active polymer technology based on electronic artificial muscles. Artificial muscles act directly on a structure, like our leg muscles that are attached by tendon to our bones and that through phased contraction enable us to walk. Sensory feedback from our muscles enables proprioceptive control. So, for artificial muscles to be used appropriately we need to pay attention not only to mechanisms for muscle actuation but also to how we can incorporate self-sensing feedback for the control of position.
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16

Shahinpoor, Mohsen. Artificial Muscles: Applications of Advanced Polymeric Nanocomposites. Taylor & Francis Group, 2021.

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Shahinpoor, Mohsen, Kwang J. Kim i Mehran Mojarrad. Artificial Muscles: Applications of Advanced Polymeric Nanocomposites. Taylor & Francis Group, 2007.

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Shahinpoor, Mohsen. Artificial Muscles: Applications of Advanced Polymeric Nanocomposites. Taylor & Francis Group, 2021.

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Shahinpoor, Mohsen. Artificial Muscles: Applications of Advanced Polymeric Nanocomposites. Taylor & Francis Group, 2021.

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20

Artificial Muscles: Applications of Advanced Polymeric Nanocomposites. Taylor & Francis, 2007.

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21

Shahinpoor, Mohsen, Kwang J. Kim i Mehran Mojarrad. Artificial Muscles: Applications of Advanced Polymeric Nanocomposites. Taylor & Francis Group, 2007.

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22

Kim, Kwang J., i Satoshi Tadokoro. Electroactive Polymers for Robotic Applications: Artificial Muscles and Sensors. Springer, 2007.

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23

National Aeronautics and Space Administration (NASA) Staff. Electroactive Polymers As Artificial Muscles: Capabilities, Potentials and Challenges. Independently Published, 2018.

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(Editor), Kwang J. Kim, i Satoshi Tadokoro (Editor), red. Electroactive Polymers for Robotic Applications: Artificial Muscles and Sensors. Springer, 2007.

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Kim, Kwang J., i Satoshi Tadokoro. Electroactive Polymers for Robotic Applications: Artificial Muscles and Sensors. Springer London, Limited, 2010.

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Shahinpoor, Mohsen, i Siavash Gheshmi. Robotic Surgery: Smart Materials, Robotic Structures, and Artificial Muscles. Taylor & Francis Group, 2014.

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Robotic Surgery: Smart Materials, Robotic Structures, and Artificial Muscles. Jenny Stanford Publishing, 2014.

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Otake, Mihoko. Electroactive Polymer Gel Robots: Modelling and Control of Artificial Muscles. Springer London, Limited, 2010.

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Otake, Mihoko. Electroactive Polymer Gel Robots: Modelling and Control of Artificial Muscles. Springer, 2012.

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Otake, Mihoko. Electroactive Polymer Gel Robots: Modelling and Control of Artificial Muscles. Springer, 2010.

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31

Bar-Cohen, Yoseph. Electroactive Polymer Actuators As Artificial Muscles: Reality, Potential, and Challenges. SPIE, 2004.

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32

Shahinpoor, Mohsen. Ionic Polymer Metal Composites: Smart Multi-Functional Materials and Artificial Muscles, Volume 1. Royal Society of Chemistry, The, 2015.

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Shahinpoor, Mohsen. Ionic Polymer Metal Composites Set: Smart Multi-Functional Materials and Artificial Muscles, Complete Set. Royal Society of Chemistry, The, 2015.

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34

Shahinpoor, Mohsen. Ionic Polymer Metal Composites Vol. 2: Smart Multi-Functional Materials and Artificial Muscles, Volume 2. Royal Society of Chemistry, The, 2015.

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35

Bar-Cohen, Yoseph. Electroactive Polymer (EAP) Actuators as Artificial Muscles: Reality, Potential, and Challenges, Second Edition (SPIE Press Monograph Vol. PM136). Wyd. 2. SPIE Publications, 2004.

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Richard, Skalak, i Fox C. Fred, red. Tissue engineering: Proceedings of a workshop held at Granlibakken, Lake Tahoe, California, February 26-29, 1988. New York: Liss, 1988.

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Berry, M. G. Adverse Capsular Contracture. Nova Biomedical, 2010.

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38

Artificial Muscle Actuators using Electroactive Polymers. Stafa: Trans Tech Publications Ltd., 2008. http://dx.doi.org/10.4028/3-908158-18-4.

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39

Vincenzini, Pietro, Yoseph Bar-Cohen i Federico Carpi. Artificial Muscle Actuators Using Electroactive Polymers. Trans Tech Publications, Limited, 2008.

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40

Pozio, Edoardo. Trichinellosis. Oxford University Press, 2011. http://dx.doi.org/10.1093/med/9780198570028.003.0068.

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Trichinellosis is caused by nematodes of the genus Trichinella. These zoonotic parasites show a cosmopolitan distribution in all the continents, but Antarctica. They circulate in nature by synanthropic-domestic and sylvatic cycles. Today, eight species and four genotypes are recognized, all of which infect mammals, including humans, one species also infects birds, and two other species infect also reptiles.Parasites of the genus Trichinella are unusual among the other nematodes in that the worm undergoes a complete developmental cycle, from larva to adult to larva, in the body of a single host, which has a profound influence on the epidemiology of trichinellosis. When the cycle is complete, the muscles of the infected animal contain a reservoir of larvae, capable of long-term survival. Humans and other hosts become infected by ingesting muscle tissuescontaining viable larvae.The symptoms associated with trichinellosis vary with the severity of infection, i.e. the number of viable larvae ingested, and the time after infection. The capacity of the worm population to undergo massive multiplication in the body is a major determinant. Progression of disease follows the biological development of the parasite. Symptoms are associated first with the gastrointestinal tract, as the worms invade and establish in the small intestine, become more general as the body responds immunologically, and finally focus on the muscles as the larvae penetrate the muscle cells and develop there. Although Trichinella worms cause pathological changes directly by mechanical damage, most of the clinical features of trichinellosis are immunopathological in origin and can be related to the capacity of the parasite to induce allergic responses.The main source of human infection is raw or under-cooked meat products from pig, wild boar, bear, walrus, and horses, but meat products from other animals have been implicated. In humans, the diagnosis of infection is made by immunological tests or by direct examination of muscle biopsies using microscopy or by recovery of larvae after artificial digestion. Treatment requires both the use of anthelmintic drugs to kill the parasite itself and symptomatic treatment to minimize inflammatory responses.Both pre-slaughter prevention and post-slaughter control can be used to prevent Trichinella infections in animals. The first involves pig management control as well as continuous surveillance programmes. Meat inspection is a successful post-slaughter strategy. However, a continuous consumer education is of great importance in countries where meat inspection is not mandatory.
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Kuiken, Todd A., Aimee E. Schultz Feuser i Ann K. Barlow. Targeted Muscle Reinnervation: A Neural Interface for Artificial Limbs. Taylor & Francis Group, 2013.

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Kuiken, Todd A., Aimee E. Schultz Feuser i Ann K. Barlow. Targeted Muscle Reinnervation: A Neural Interface for Artificial Limbs. Taylor & Francis Group, 2017.

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Kuiken, Todd A., Aimee E. Schultz Feuser i Ann K. Barlow. Targeted Muscle Reinnervation: A Neural Interface for Artificial Limbs. Taylor & Francis Group, 2013.

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Kuiken, Todd A., Aimee E. Schultz Feuser i Ann K. Barlow. Targeted Muscle Reinnervation: A Neural Interface for Artificial Limbs. Taylor & Francis Group, 2013.

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45

Electroactive Polymer Gel Robots: Modelling and Control of Artifical Muscles (Springer Tracts in Advanced Robotics). Springer, 2006.

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46

Prescott, Tony J., Nathan Lepora i Paul F. M. J. Verschure, red. Living machines. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780199674923.001.0001.

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Biomimetics is the development of novel technologies through the distillation of ideas from the study of biological systems. Biohybrids are formed through the combination of at least one biological component—an existing living system—and at least one artificial, newly engineered component. These two fields are united under the theme of Living Machines—the idea that we can construct artifacts that not only mimic life but also build on the same fundamental principles. The research described in this volume seeks to understand and emulate life’s ability to self-organize, metabolize, grow, and reproduce; to match the functions of living tissues and organs such as muscles, skin, eyes, ears, and neural circuits; to replicate cognitive and physical capacities such as perception, attention, locomotion, grasp, emotion, and consciousness; and to assemble all of these elements into integrated systems that can hold a technological mirror to life or that have the capacity to merge with it. We conclude with contributions from philosophers, ethicists, and futurists on the potential impacts of this remarkable research on society and on how we see ourselves.
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Chiu, Ray Chu-Jeng. Biomechanical Cardiac Assist: Cardiomyoplasty and Muscle-Powered Devices. Futura Pub Co, 1986.

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48

Baracos, Vickie E., Sharon M. Watanabe i Kenneth C. H. Fearon. Aetiology, classification, assessment, and treatment of the anorexia-cachexia syndrome. Oxford University Press, 2015. http://dx.doi.org/10.1093/med/9780199656097.003.0205.

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Anorexia-cachexia is a heterogeneous and multifactorial syndrome most likely driven by systemic inflammation and neuroendocrine activation. Key diagnostic features include reduced appetite, weight loss, and muscle wasting. Key clinical problems include management of anorexia without resort to artificial nutritional support, and muscle wasting that cannot be completely arrested/reversed even with such intervention. Assessment should cover domains such as body stores of energy and protein, food intake, performance status, and factors resulting in excess catabolism. Intervention should be early rather than late, informed by the assessment process and focused on a multimodal approach (nutrition, exercise, and pharmacological agents). This chapter aims to discuss these issues and provide (a) the reader with some background principles to classification, (b) a simple approach to patient assessment and a robust algorithm for basic multimodal treatment, and (c) an overview of the evidence base for different pharmacological interventions.
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MacIntyre, Neil R. Indications for mechanical ventilation. Oxford University Press, 2016. http://dx.doi.org/10.1093/med/9780199600830.003.0091.

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Mechanical ventilation is indicated when the patient’s ability to ventilate the lung and/or effect gas transport across the alveolar capillary interface is compromised to point that harm is imminent. In practice, this means addressing one or more of three fundamental pathophysiological processes—loss of proper ventilatory control, ventilatory muscle demand-capability imbalances, and/or loss of alveolar patency. A fourth general indication involves providing a positive pressure assistance to allow tolerance of an artificial airway in the patient unable to maintain a patent and protected airway. The decision to initiate mechanical ventilation usually involves an integrated assessment that should include mental status, airway protection capabilities, ventilatory muscle load tolerance, spontaneous ventilatory pattern, and signs of organ dysfunction from either acidosis and/or hypoxaemia. Providing mechanical ventilatory assistance can be life-sustaining, but it is associated with significant risk, including ventilator-induced lung injury, infection, and need for sedatives/paralytics, and must be applied only when indications justify the risk.
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Lepora, Nathan F. Building blocks. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780199674923.003.0013.

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This chapter introduces the “building blocks” section of the Handbook of Living Machines which explores the individual sensory and motor components that when pieced together can comprise a complete biological or artificial system. The first six chapters cover the senses of vision, audition, touch, taste, and smell (considered together as chemosensing, proprioception, and electrosensing). The remaining chapters review aspects of the biomimetics of animal movement. First, that biological muscle has many performance benefits compared with conventional electric, second, how oscillations in neural circuits can drive rhythmic movements, and finally the capacity of animal skin, in species such as geckos, to adhere to surfaces and support behaviors such as climbing.
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