Here are 13 books that Smart Polyurethane Shape Memory Polymers fans have personally recommended if you like
Smart Polyurethane Shape Memory Polymers.
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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.
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 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 begins with an introduction to the key technologies and processes involved in the field of nanocomposite systems. The structural, mechanical, thermal, electrical properties of nanocomposites. The applications in the fields of aerospace, transportations, energy, healthcare, etc. are discussed in detail with the target audience from a wide range of researchers from academia as well as industry.
Learn to create lightweight, versatile plastics using cutting-edge polymer nanocomposite technology This thoroughly revised guide offers a concise introduction to polymer nanocomposites that is ideal for engineers who need to use nanomaterials in real-world situations. Written by a recognized expert in the field, the book explains how polymer nanocomposites can be used in the aerospace, transportation, construction, energy, health care, textile, and packaging industries. Polymer Nanocomposites: Properties and Applications, Second Edition begins with an overview of key technologies and processes. From there, readers will get in-depth discussions of each topic, including structural, mechanical, thermal, and electrical properties as well as…
I am a Chicago-based artist, author, veteran, and teacher. I studied at the American Academy of Art in Chicago before enlisting in the United States Air Force in 1968 during the bloody Tet Offensive during the Vietnam era. Upon my discharge I got my BFA in 1994. I got convicted for a crime I did not commit, and I became a homeless-existential artist on Chicago’s mean streets for six months. I got hired by an Acoustic company, and I married and worked for twenty-seven years while raising a family. I now work as an art teacher. All my nonfiction books chronicle different episodes in my life.
Years ago, I was a janitor. When I would take a shower, it was like I could never get the stench off my body. I like Susan Strasser’s book because it reminds me of the waste I use to clean up daily. She examines the most unprecedented commonplace act of throwing things out and how it has transformed American society.
Her classic book about trash world culture is fascinating to me because, in the last hundred years, the way of life has been replaced by mass consumption, disposable goods, and waste on an unimaginable scale. Her book could easily be used as a metaphor for the ‘homeless,’ whom some view as “disposable’ goods. Her book illustrates that what counts as trash depends on who counts it, and what we throw away defines us as much as we keep it.
Strasser argues that in Western society, popular understanding of cleanliness, gender,…
An unprecedented look at that most commonplace act of everyday life-throwing things out-and how it has transformed American society.
Susan Strasser's pathbreaking histories of housework and the rise of the mass market have become classics in the literature of consumer culture. Here she turns to an essential but neglected part of that culture-the trash it produces-and finds in it an unexpected wealth of meaning.
Before the twentieth century, streets and bodies stank, but trash was nearly nonexistent. With goods and money scarce, almost everything was reused. Strasser paints a vivid picture of an America where scavenger pigs roamed the streets,…
Having studied diet and behavior for forty years, I realized that I had ignored obesity. However, after eventually considering the topic, I found that the actions of both politicians and the food industry had been spectacularly unhelpful. Why are so many people allowed to suffer? If politicians and the food industry are ineffective, there is a third group that could engineer change: the general public. It is scandalous that so many have been condemned to an early death following decades of ill-health. Something needs to change.
I learned how much food is wasted while so many people are hungry: in the USA, half of all food is wasted, and in the United Kingdom, 20 million tonnes of food are thrown out each year. Yet I also gained an implicit and unintended message: we need more than a good idea. I became certain that, although we need to understand the situation and have a plan, in industrialized countries, most dietary problems reflect a human reluctance to change behavior.
It became clear to me that we need to factor in human behavior and offer more than good advice. Good ideas are often stymied by the reluctance of humans to change what they eat. For me, the unintended takeaway message was that the failure of attempts to encourage healthy eating, to a large extent, reflects paying too much attention to food. Rather, you need to concentrate on people as…
With shortages, volatile prices and nearly one billion people hungry, the world has a food problem-or thinks it does. Farmers, manufacturers, supermarkets and consumers in North America and Europe discard up to half of their food-enough to feed all the world's hungry at least three times over. Forests are destroyed and nearly one tenth of the West's greenhouse gas emissions are released growing food that will never be eaten. While affluent nations throw away food through neglect, in the developing world crops rot because farmers lack the means to process, store and transport them to market.
I am a teacher, author, & parent, determined to help keep our earth healthy for future generations. A few Earth Days ago, my students asked why we only set aside one day a year to practice eco-healthy habits. Good question! As a teacher, I know how crucial it is for authors to get our facts right. Before writing Dear Earth… I read stacks of books and articles on our environment. I am indebted to science expert & author Melissa Stewart, and my friend Patricia Newman (Plastic Ahoy!; Planet Ocean / Lerner), as well. I sincerely hope Dear Earth… and the books on my list inspire Earth Heroes everywhere--every day.
What a Waste is the perfect nonfiction pairing for Dear Earth, packed with in-depth information, not only on everyday habits that hurt our environment, but super important (and simple) actions Earth Heroes, young and old, can take to change these habits. I can just see the kids in Room 5 using this book as a reference each month for their eco-friendly projects.
In this informative book on recycling for children, you will find everything you need to know about our environment. The good, the bad, and the incredibly innovative. From pollution and litter to renewable energy and plastic recycling.
This educational book will teach young budding ecologists about how our actions affect planet Earth and the big impact we can make by the little things we do.
Did you know that every single plastic toothbrush ever made still exists? Or that there is a floating mass of rubbish larger than the USA drifting around the Pacific Ocean?
As a youngster I used to drive my parents crazy because I was so passionate about recycling. I rekindled this passion about five years ago and started Everyday Recycler. Through my website I help people improve their recycling habits by offering actionable instructions with a focus on explaining how recycling works and its intrinsic value. I also advocate strongly for recycled products. I believe that by purchasing recycled products, we can help generate demand for the materials we toss in our recycling bin and contribute to the overall success of recycling. These works have educated and inspired me over the years. I hope they inspire you as much.
Cradle to Cradle challenges conventional approaches to design and sustainability.
The authors present a compelling vision for a world where products are created with a 'waste equals food' philosophy, imitating natural systems by reusing resources and eliminating harmful waste. The books struck me as being both encouraging and depressing at the same time, a sentiment I get from many other sustainable and recycling books.
However this is the reality of the complex world of materials we have created for ourselves and one we must come to grips with. Unfortunately change can be slow, so even though this book was written two decades ago it remains relevant today and offers a pragmatic roadmap for the future.
How can we avoid environmental disaster? Nowadays, in the home, most of us do our bit: we recycle. But what about industry, where the real damage is done? The strategy is the same: 'reduce, resize, reuse' - we try to minimize the damage. But there is a limitation to this well-intentioned approach: it maintains the one-way, 'cradle to grave' manufacturing model of the Industrial Revolution, the very model that creates immense amounts of waste and pollution in the first place.What we need is a major rethink, a new approach which directly combats the problem rather than slowly perpetuating it. An…
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…
Can stories bring a human scale to something as all-encompassing as climate change? In 2011, I began an MA in Literature and Environment with this question weighing on my mind. I finished my degree two years later with a draft of my debut novel, Under This Forgetful Sky. I’ve come to understand the climate crisis, in many ways, as a crisis of imagination. Its enormity tests the limits of the imaginable. What if the world as we know it ends? What would life look like on the other side? The books on this list reckon with the fears these questions bring while also gesturing beautifully, unsentimentally, courageously toward hope.
Kicking off this list are a few stand-out young adult titles in the climate fiction (or “cli-fi”) genre.
Ship Breaker is a speculative YA novel set in a not-too-distant future on the Gulf Coast of the United States. Ecological disaster, increasing social inequality, and resource scarcity have led to a world in which most people have no choice but to work in extremely hazardous environments while the hyper-rich jet-set around the globe.
The novel follows a boy named Nailer who works as a scavenger on the marooned oil tankers of the previous era (a.k.a. the “Accelerated Age”). It’s a dark and dystopian novel, but at its heart is the story of how one person can set in motion meaningful, systemic change.
Nailer's time is running out. He's getting too big for his work - stripping copper wire from old oil tankers - and once he's off the crew he's on his own, stuck in a shack on the beach with no food, no money and no way of earning his keep.
He has one last chance. The thing all crew members dream about, a lucky strike, has hit in the shape of a clipper ship beached during the last hurricane. If he can hold off the rest of the scavengers long enough to get the oil out, he might just have…
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