Here are 6 books that Polymer Nanocomposites fans have personally recommended if you like
Polymer Nanocomposites.
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I am a faculty in Materials Science and along with my colleague researcher Dr. Arun DI, I have published many research articles in the field of Smart materials, specifically shape-memory materials. We have developed Polyurethane based space-grade shape-memory nanocomposite and have proven electro-active shape memory effect with the highest recovery efficiency reported so far. We are continuing our research in the field of smart and intelligent materials which we believe will benefit the advanced application fields such as space exploration.
The book details the basics of shape memory alloys, gels, polymers, hybrids, and their composites. It describes the physical, mechanical, thermal, and chemical features along with the fabrication, characterization, and application aspects well addressed. The various questions that come to mind while dealing with polyurethane shape memory are clarified in simple language.
Shape memory polymers (SMPs) are some of the most important and valuable engineering materials developed in the last 25 years. These fascinating materials demonstrate remarkably versatile properties-including capacity for actuation and stimulus responsiveness-that are enabling technologists to develop applications used to explore everything from the outer reaches of space to the inside of the human body.
Polyurethane Shape Memory Polymers details the fundamentals of SMP makeup, as well as their shape-recovery features and their seemingly endless potential for use in applications ranging from the macro- to submicron scales. With an abundance of illustrations and vivid pictures to explain how SMPs…
I am a faculty in Materials Science and along with my colleague researcher Dr. Arun DI, I have published many research articles in the field of Smart materials, specifically shape-memory materials. We have developed Polyurethane based space-grade shape-memory nanocomposite and have proven electro-active shape memory effect with the highest recovery efficiency reported so far. We are continuing our research in the field of smart and intelligent materials which we believe will benefit the advanced application fields such as space exploration.
This book covers almost all the aspects of smart materials, not limiting to fundamentals, fabrications, applications, etc. It gives prime importance to the science of intelligence with proper illustrations, explanations, and the associated problems with solutions. Undergraduates, post-graduate students as well as researchers will find it very useful to understand the basics of intelligent material physiology and chemistry behind them.
Smart materials are of significant interest and this is the first textbook to provide a comprehensive graduate level view of topics that relate to this field. Fundamentals of Smart Materials consists of a workbook and solutions manual covering the basics of different functional material systems aimed at advanced undergraduate and postgraduate students.
Topics include piezoelectric materials, magnetostrictive materials, shape memory alloys, mechanochromic materials, thermochromic materials, chemomechanical polymers and self-healing materials. Each chapter provides an introduction to the material, its applications and uses with example problems, fabrication and manufacturing techniques, conclusions, homework problems and a bibliography.
I am a faculty in Materials Science and along with my colleague researcher Dr. Arun DI, I have published many research articles in the field of Smart materials, specifically shape-memory materials. We have developed Polyurethane based space-grade shape-memory nanocomposite and have proven electro-active shape memory effect with the highest recovery efficiency reported so far. We are continuing our research in the field of smart and intelligent materials which we believe will benefit the advanced application fields such as space exploration.
Details about the polyurethane shape memory mechanism have been explained at a molecular level, which will be useful for beginners as well as researchers. Analytical understanding of such phenomenon is significant while dealing with fabrication, characterization, and application. These aspects are well covered in this book which are useful for undergraduate students and beginners.
Shape memory polymers (SMPs) possess a unique property of retaining their original shapes upon external stimulation and have been widely used in engineering, space exploration and particularly in medical devices. Polyurethane based SMPs (SMPUs) are an emerging class of this types of smart materials. This book shows methods to synthesize various polyurethane SMPUs with tailored thermomechanical and shape memory properties by uisng various polyol soft segments and combinations of diisocyanides hard segments, and presents a formula to synthsize reprocessable and recyclable SMPUs which allows recycling of end-of-life SMPU products in industrial scale and can significantly reduce the impact of polymer…
I am a faculty in Materials Science and along with my colleague researcher Dr. Arun DI, I have published many research articles in the field of Smart materials, specifically shape-memory materials. We have developed Polyurethane based space-grade shape-memory nanocomposite and have proven electro-active shape memory effect with the highest recovery efficiency reported so far. We are continuing our research in the field of smart and intelligent materials which we believe will benefit the advanced application fields such as space exploration.
The basics of composite materials, reinforcements-Matrix materials, their interfaces, categories of composite materials, micro/macro mechanics, mechanical aspects involved in composite engineering, etc., are covered in detail in this book. The concepts involved in composite systems are well explained for any enthusiast in the field.
Focusing on the relationship between structure and properties, this is a well-balanced treatment of the mechanics and the materials science of composites, while not neglecting the importance of processing. This updated second edition contains new chapters on fatigue and creep of composites, and describes in detail how the various reinforcements, the materials in which they are embedded, and of the interfaces between them, control the properties of the composite materials at both the micro- and macro-levels. Extensive use is made of micrographs and line drawings, and examples of practical applications in various fields are given throughout the book, together with…
I’m Tasmanian. I’ve loved books set in other worlds since I encountered Robert Heinlein’s juveniles in my teens. I often find books set in the mundane world of here-and-now implausible or dull, because the adventures seem contrived or else result from characters doing something stupid or bad. If characters venture to other worlds, or other planets though—that’s a different ballgame! I read a great deal of fantasy and sci-fi, and when I was fourteen, I started writing my own. I enjoy a wide variety of genres, but my favourite stories are those where I can follow relatable characters through wild adventures and believe every line.
I picked up a copy of Sally Rogers-Davidson’s book Polymer in a bookshop in Glebe. I admit I took it from the shelf because of the chance resemblance between our names. It entertained me royally on a long bus ride and I instantly wanted to write to the author. I later met Sally R-D and found we had more in common than our names and our penchant for writing science fiction.
Polymer is one of the most wonderful lively, romantic, adventurous space operas I’ve ever read. It’s sharply written, and Polly Meridian herself is a heroine I wish I’d invented. Her hero is an antihero at first, but the story persuades the reader to give him a chance, as Polly does.
Polymer never wanted to get involved in an intergalactic war. Nor did she ever expect to fall for a member of the enemy forces. But when her idyllic existence on Delta Station is shattered by the invading Gloman Empire, Polymer discovers that there is more to life than long, hot baths. Torn from the only home she has ever known, Polymer is forced to re-evaluate her own beliefs and convictions as she joins the battle against the seemingly unstoppable Glomans. Hunted across the galaxy by a ruthless suitor, Polymer finds herself at the centre of a terrible conspiracy and has…
I’ve had a severe hearing loss since birth and grew up dependent on lipreading and hearing aids. I’ve witnessed profound change in technology, from the large primitive hearing aid I had as a child, to digital and assistive listening technologies and the availability of cochlear implants. I’ve painfully navigated my way through public schools, and later at jobs, with an invisible disability. Today I am grateful for connectivity to the phone, captioning for movies and Zoom which enables me to lipread! I finally found my way to a life of creativity as a painter and writer.
Holston, a journalist and musician, went to bed one night and woke up the next morning virtually completely deaf.
His book is a fascinating account of how he clawed his way back to the hearing world through various misdiagnoses, a failed cochlear implant, and finally, after extensive rehabilitative therapy, a successful cochlear implant. I learned so much about the pros and cons and risks of cochlear implants, and how they have improved greatly over the years.
I loved the way he communicates his profound frustrations and fears through this painful process with a self-deprecating humor that makes the book, despite its serious subject matter, an entertaining as well as educational read.
From a renowned media critic to a man with sudden and full hearing loss, Noel Holston ran the gauntlet of diagnoses, health insurance, and cochlear implant surgery. On a spring night in 2010, Noel Holston, a journalist, songwriter, and storyteller, went to bed with reasonably intact hearing. By dawn, it was gone, thus beginning a long process of h
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