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Bamboo
We may think of bamboo only as a snack for cuddly panda bears, but we use the plant as food, clothing, paper, fabric, and shelter. Drawing on a vast array of sources, this book builds a complete picture of bamboo in both history and our modern world. Susanne Lucas shows how bamboo has always met the physical and spiritual requirements of humanity while at the same time being exploited by people everywhere. Lucas describes how bamboo's special characteristics, such as its ability to grow quickly and thus be an easily replaced resource, offers potential solutions to modern ecological dilemmas. She explores the vital role bamboo plays in the survival of many animals and ecosystems, as well as its use for some of the earliest books ever written, as the framework for houses, and for musical instruments. As modern research and technologies advance, she explains, bamboo use has increased dramatically--it can now be found in the filaments of light bulbs, airplanes, the reinforcements of concrete, and even bicycles. Filled with illustrations, Bamboo is an interesting new take on a plant that is both very old and very new.
Book
Outcomes of Defect Management at Tibiotalocalcaneal Fusion Treated with Innovative ‘Bamboo Hut’ Technique
Category:
Hindfoot
Introduction/Purpose:
Tibiotalocalcaneal (TTC) fusion is a salvage procedure for post-traumatic as well as neuropathic cases. Many of these cases are characterised by some or other form of loss of talus resulting in a defect. At TTC fusion, prevention of shortening following such a defect is a challenge. Though allografts have helped solve this issue, they may not be easily available in developing countries. A retrospective analysis of prospectively collected data of 14 cases of TTC fusion with loss of talus is presented here. Cases were managed with innovative defect bridging ‘Bamboo Hut’ technique.
Methods:
Cases with either preoperative or perioperative loss of talus who required bridging of defect were included in the present study. Resultant defect following excision of the talus was bridged with two or three vertically placed fibular strut grafts. Grafts were snugly tied with each other with sutures to prepare a construct like a hut supported with wooden steaks (Bamboo). Fixation was carried out with indigenous TTC nail with a built-in compression device to generate compression of grafts between tibia and calcaneus.
Results:
Present series comprised of 6 post-traumatic cases, 7 cases of diabetic Charcot neuroarthropathy and 1 case of neuroarthropathy following operated meningomyelocele. Cases were followed up for an average period of 36 months with the average time to union being six months. All posttraumatic cases went on to the bony union but two out of eight neuropathy cases ended up in fibrous union with collapse & loss of fixation. Wound healing issues were noticed in two cases. None of the cases required amputation.
Conclusion:
With non-availability of allografts, prevention of shortening at TTC fusion is a challenge. This issue can be successfully managed with innovative ‘Bamboo Hut’ grafting technique, supported with in-built compression of the fusion site with the use of an indigenous nail.
Journal Article
Building with bamboo : design and technology of a sustainable architecture
The applications of bamboo in architecture have become significantly wider and diversified, so that today, even structures with large spans - such as bridges - are built with this renewable material. This manual provides a practical, systematic overview of the numerous potential applications and processing methods.
Book
Engineered Bamboo Building Materials: Types, Production, and Applications
The challenges highlighted at the 29th Conference of the Parties (COP29) emphasize the importance of using renewable resources in the architecture, engineering, and construction (AEC) industry. The building and construction sector is a major contributor to environmental pollution, with most emissions stemming from the extraction, transportation, production, and disposal of construction materials. As a result, developing renewable building materials is essential. In the past decade, bamboo has gained significant attention from researchers due to its strength, sustainability, high yield, and rapid growth. Bamboo in its original form has been used in construction for centuries, and recent innovations have led to the creation of engineered bamboo materials designed for more versatile applications. Researchers have been focused on understanding the physical and mechanical properties of engineered bamboo to assess its potential as a sustainable alternative to traditional building materials. However, modern practitioners are still unfamiliar with engineered bamboo materials, their types, and where they can be used. This article highlights the most widely researched engineered bamboo materials that have been used in the construction of small architectural forms and bigger structures. It provides an overview of common engineered bamboo building materials, namely laminated bamboo lumber, laminated bamboo sheets, parallel strand bamboo, bamboo mat boards, and bamboo particleboards, and their manufacturing processes and applications, offering valuable information for current practitioners and future research.
Journal Article
Proximate analysis of bamboo culm and wood carbonized at low temperatures: A comparative study
To obtain basic data for further use of bamboo culms and wood as eco-friendly bioenergy resources, the proximate analysis of Dendrocalamus giganteus, D. asper, Bambusa vulgaris, Gigantochloa apus, Phyllostachys pubescens, Pinus densiflora, and Quercus variabilis carbonized at 200 to 320 °C at 40 °C intervals was undertaken. Proximate analysis of moisture content, ash content, volatile matter, and fixed carbon content was performed according to JIS M 8812 (2004) with 60-mesh carbonized powder. Carbonized bamboo showed higher ash and volatile content than carbonized wood, whereas carbonized wood had a higher fixed carbon content than carbonized bamboo. At all temperatures, giant bamboo had the highest ash content. In bamboo and wood, the ash and fixed carbon contents increased with increasing carbonization temperature, whereas the volatile substances decreased.
Journal Article
Bamboo contemporary : green houses around the globe
\"Bamboo-one of the most sustainable building materials on the planet-is deployed in ingenious ways throughout this globetrotting tour of residential designs\"-- Provided by publisher.
BOOK
Bamboo forest research journal
\"Follow along as a fictional researcher observes and makes journal entries about their field trip through the Shunan Bamboo Forest ecosystem. Outstanding photographs highlight the animals, plants, and people that inhabit China's oldest bamboo forest. Simple graphs show facts about the forest, and the final report describes efforts being made to preserve it.\"-- Provided by publisher.
Book
Development of bamboo scrimber: a literature review
Bamboo fiber-based composite made from crushed bamboo fiber, termed bamboo scrimber, has gained particular interest of researchers and manufacturers on account of its excellent mechanical characteristics and design. This paper reviewed the available literature on the state of the art of bamboo scrimber including the developing history and current production technology of high-performance bamboo scrimber. The results of analytical and experimental investigations illustrate the effects of bamboo species, defibering times, heat treatment, adhesives, densities, etc. on the performance of bamboo scrimber.
Journal Article