Wattle and Daub
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Cob Research Institute (CRI) Interim COB TECHNICAL WHITE PAPER
Cob Research Institute (CRI) Interim COB TECHNICAL WHITE PAPER A research project dedicated to making cob legally accessible to the public John Fordice, CRI Director, architect, cob practitioner. Assisted by Lola Ben-Alon, Phd Candidate & Researcher. ABSTRACT Cob is a valuable historically proven method of earth building. North America building regulation does not understand or recognize cob as legitimate. Consequently, cob is prevented from being used for construction in nearly all of the U.S. & Canada. To correct this, a cob building code needs to be developed and accepted by the existing North American building regulatory system. To create an effective cob building code, a full understanding of the existing technical knowledge of cob is needed. CRI is conducting research to find and compile technical information related to Cob. To date more than 230 resources have been found, and approximately 30 have been reviewed. Much remains to be done to complete the project. This paper is an interim overview of the research. A HIGHLIGHTED HISTORY OF COB reference 19 Earth as a construction material has been used on every continent and throughout human history. “Cob” (the English term for mud wall construction) is direct shaping of plastic earth to build walls, and uses no forms, bricks, nor structural framework. Cob-like wall building appears to have originated in 11th century North Africa. Several forms of similar earth building are known under different names throughout most of the world. Cob in it’s various forms has been used in Europe since the 12th century, Cob was the norm in parts of Britain by the 15th century and in widespread use by the 19th century. -
LILY COX-RICHARD Sculptures the Size of Hailstones 17 February - 12 May 2018
LCR: In this show, I’m using found objects and sculptures I’ve made and The 2018 Cell Series is generously supported by trying to put them in positions where they can slip between multiple McGinnis Family Fund of Communities Foundation of Texas systems. In addition to lightning rods and scrap copper, I’m working on with additional funding from new sculptures that could fit in your hand. The “hail scale” is used to Susie and Joe Clack measure the size of hailstones by comparing them to common objects like Gene and Marsha Gray a walnut, golf ball, or teacup: hailstones the size of ____. Your earlier Amy and Patrick Kelly questions about context are really important here—what might be enor- mous for a hailstone might be a very modest size for a sculpture. Talking Sally and Robert Porter about the weather is often considered banal, but lately, the weather has been urgently claiming a lot more space for discussion. What happens when we ignore an important conversation or dismiss small talk (or small Past Cell Series artists: sculptures)? I’m interested in zooming in on details and giving them a lot DENNY PICKETT - 2008 | JEFFREY BROSK - 2009 | RANDY BACON - 2009 of space and attention. JOHN FROST - 2009 | NANCY LAMB - 2010 | JOHN ROBERT CRAFT - 2010 TERRI THORNTON - 2010 | ANNE ALLEN - 2011 | WILL HENRY - 2011 The sculptures the size of hailstones will sit on a large plaster plinth that ERIC ZIMMERMAN - 2011 | BILL DAVENPORT - 2012 | JUSTIN BOYD - 2012 has woven basket forms embedded in it, forming niches and craters. Often CAROL BENSON - 2012 | KANA HARADA - 2013 | BRAD TUCKER - 2013 pedestals and plinths are made to blend into their surroundings; but of ANTHONY SONNENBERG - 2013 | CHRIS SAUTER - 2014 course, they can never disappear. -
Sunt Bark Powder: Alternative Retanning Agent for Shoe Upper Leather Manufacture
International Journal of Advance Industrial Engineering E-ISSN 2320 –5539 ©2018 INPRESSCO®, All Rights Reserved Available at http://inpressco.com/category/ijaie/ Research Article Sunt Bark Powder: Alternative Retanning Agent for Shoe Upper Leather Manufacture * ^* # M.H Abdella , A.E Musa and S.B Ali #Department of Leather Engineering, School of Industrial Engineering and Technology, Sudan University of Science and Technology, Khartoum – Sudan ^Department of Leather Technology, College of Applied and Industrial Sciences, University of Bahri, Khartoum – Sudan Received 01 April 2018, Accepted 01 June 2018, Available online 05 June 2018, Vol.6, No.2 (June 2018) Abstract The retanning process is a very important step in leather manufacturing because it overcomes some of the disadvantages of chrome tannage and it can contributes to further stabilization of collagen fibers and good handle of leather, such as fullness, softness, elasticity and so on. In order to meet customers’ requirements, a wide variety of retanning agents are used in retanning process viz. vegetable tan and phenolic synthetic/organic tanning materials. Sunt bark, widely distributed in Sudan, has been evaluated for its utilization in the retanning of the leathers. In the present investigation, sunt bark powder has been used for the retanning of wet blue leathers. The effectiveness sunt bark in retanning of wet blue leathers has been compared with wattle retanning. The organoleptic properties of the leathers viz. softness, fullness, grain smoothness, grain tightness (break), general appearance, uniformity of dyeing of sunt bark retanned leather have been evaluated in comparison with wattle retanned leathers. Sunt retanning resulted in leathers with good grain tightness. -
Thesis Assessing the Perception of Compressed
THESIS ASSESSING THE PERCEPTION OF COMPRESSED EARTH BLOCK (CEB) AMONG CONTRACTORS IN THE PIEDMONT REGION OF NORTH CAROLINA Submitted by Evan G. Hughes Department of Construction Management In partial fulfillment of the requirements For the Degree of Master of Science Colorado State University Fort Collins, Colorado Summer 2015 Masters Committee Advisor: Rodolfo Valdes-Vasquez Jerry Vaske Jonathan Elliott Copyright by Evan G. Hughes 2015 All Rights Reserved ABSTRACT ASSESSING THE PERCEPTION OF COMPRESSED EARTH BLOCK (CEB) AMONG CONTRACTORS IN THE PIEDMONT REGION OF NORTH CAROLINA The earliest earthen dwellings in the U.S were made by manually pressing a mixture of moist earth and straw into roughhewn blocks. This method, known as adobe, is durable and environmentally benign but requires more time and manual labor than most conventional materials, and as a result has been largely ignored by U.S. contractors with the exception of those working in New Mexico. This is true of most earthen building techniques, including compressed earth block (CEB). CEB retains many of the environmental benefits of adobe and can be produced with automated machinery, allowing for rapid and consistent block production in large volumes. With the advent of labor and time-saving technology, the practical barriers presented by traditional earth building methods have been greatly reduced, necessitating an exploration of the non-technical barriers to CEB acceptance and adoption in the U.S. Studies conducted in Africa and Southeast Asia have shown that home-buyers often associate earthen structures with poverty, transience, and poor performance. Research performed in Midwestern states have indicated similar results. The current study seeks to determine what, if any, perception barriers to CEB acceptance and adoption exist among contractors in the North Carolina Piedmont region, which lies between the Appalachian Mountains and the Atlantic coastal plain and possesses ideal soil for earth building. -
9. a Fixed Abode: Neolithic Houses in County Carlow TJ O’Connell and Nial O’Neill
9. A fixed abode: Neolithic houses in County Carlow TJ O’Connell and Nial O’Neill Illus. 1—Location of the sites at Russellstown and Busherstown, Co. Carlow (based on the Ordnance Survey Ireland map). The type of evidence that archaeologists uncover for Neolithic settlement in Ireland can come in a variety of forms, ranging from small-scale temporary sites to larger, more permanent enclosed landscapes such as the Céide fields in County Mayo. Neolithic buildings form one part of this mosaic of settlement evidence. The remains of two Early Neolithic rectangular houses were excavated in the townlands of Russellstown and Busherstown, Co. Carlow, by Headland Archaeology Ltd in 2006 on behalf of Carlow County Council and the NRA.1 This work was undertaken in advance of construction works for the N9/N10 Kilcullen–Waterford Road Scheme: Prumpelstown to Powerstown (Illus. 1). Their identification and excavation provide important additions to our knowledge of this site type in a part of the country where they have not been documented previously. Prior to the discovery of these buildings, evidence of Neolithic settlement in County Carlow was limited to a number of impressive funerary monuments, such as Kernanstown Portal Tomb (Record of Monuments and Places no. CW007-010), known locally as Brownshill Dolmen, and the Baunogenasraid Linkardstown-type burial tomb (CW008- 031001). Both the Russellstown and Busherstown sites were located within a 3.5 km radius of Brownshill Dolmen and within 5 km of the Baunogenasraid tumulus. Although it cannot 85 Dining and Dwelling be proven at present, the likelihood that those involved in building these tombs may have lived in one or both of the houses under discussion cannot be discounted. -
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This is an Open Access publication. Visit our website for more OA publication, to read any of our books for free online, or to buy them in print or PDF. www.sidestone.com Check out some of our latest publications: ANALECTA PRAEHISTORICA LEIDENSIA 45 98163_APL_45_Voorwerk.indd I 16/07/15 13:00 98163_APL_45_Voorwerk.indd II 16/07/15 13:00 ANALECTA PRAEHISTORICA LEIDENSIA PUBLICATION OF THE FACULTY OF ARCHAEOLOGY LEIDEN UNIVERSITY EXCERPTA ARCHAEOLOGICA LEIDENSIA EDITED BY CORRIE BAKELS AND HANS KAMERMANS LEIDEN UNIVERSITY 2015 98163_APL_45_Voorwerk.indd III 16/07/15 13:00 Series editors: Corrie Bakels / Hans Kamermans Editor of illustrations: Joanne Porck Copyright 2015 by the Faculty of Archaeology, Leiden ISSN 0169-7447 ISBN 978-90-822251-2-9 Subscriptions to the series Analecta Praehistorica Leidensia can be ordered at: P.J.R. Modderman Stichting Faculty of Archaeology P.O. Box 9514 NL-2300 RA Leiden The Netherlands 98163_APL_45_Voorwerk.indd IV 16/07/15 13:00 Contents The stable isotopes 13C and 15N in faunal bone of the Middle Pleistocene site Schöningen (Germany): statistical modeling 1 Juliette Funck Thijs van Kolfschoten Hans van der Plicht ‘Trapping the past’? Hunting for remote capture techniques and planned coastal exploitation during MIS 5 at Blombos Cave and Klasies River, South Africa 15 Gerrit L. Dusseldorp Geeske H.J. Langejans A Late Neolithic Single Grave Culture burial from Twello (central Netherlands): environmental setting, burial ritual and contextualisation 29 Lucas Meurkens Roy van Beek Marieke Doorenbosch Harry -
The Black Wattle in Hawaii and Recommend the Same for Publication As Bulle Tin No
HAWAII AQRICULTVRAL EXPERIMENT STA'I'IO!i. :J. G. SI\IITH, SPECIAJ:, AGENT IN CHARGE. BULLETIN No. 11. ·THE BLACK·WATTLE (Acacia c!eCUt'f,ens) IN HAWAII. BY JARED G. SMITH, SPECIAL AGENT IN CHARGE, HAWAII AGRICULTURAL EXPERIMENT STATION. UNDER THE. _Sl,l'ERVISION .. OJ' OF'F_ICE OF EXPERIMENT STP.TIONS, U.S. !)epartment ofAgriculture. WASHINGTON: :: ·--<: ;,: .. '~. -- .'. GOVERN~IENT PRI)'<TING. OFFICE: 1996. 863 HAWAII AGRICULTURAL EXPERIMENT STATION. J. G. SMITH, SPECIAL AGENT IN CHARGE. BULLETIN No. 11. 'THE BLACK WATTLE (Acacia decurrens) IN HA\VAII. BY JARED G. SMITH, SPECIAL AGENT IN CHARGE, HAWAII AGRICULTURAL EXPERIMENT STATION. UNDER THE SUPERVISION OF OFFICE OF EXPERIMENT STATIONS, U. S. Department ofAgriculture. WASHINGTON: GOVERNMENT PRINTING OFFICE. I 9 06. HAWAII AGRICULTURAL EXPERIMENT STATION, HONOLULU. [Under the supervision of A. C. TRuE; Director of the Office of Experiment Stations, United States Department of Agriculture.] STATION STAFF. JARED G. SMITH, Special, Agent in Charge. D. L. VAN DINE, Entomotogist. EDMUND C. SHOREY, Chemist. J.E. HIGGINS, Horticulturist. F. G. KRAUSS, In Charge of Rice Investigations. Q. Q. BRADFORD, Farm Foreman. C. R; BLACOW; In Charge ofTobacco Experiments (P. 0., Paauilo, Hawaii). \2) LETTER OF TRANSMITl'AL. HONOLULU, HAWAII, January 1, 1906. Sm: I have the honor to transmit herewith a paper on The Black Wattle in Hawaii and recommend the same for publication as Bulle tin No. 11 of the Hawaii Agricultural Experiment Station. Very respectfully, JARED G. SMITH, Special Agent in Charge, Hawaii Agricultural Experiment Station. Dr. A. C. TRUE, Director, Office of Experiment Stations, U.S. Department of Agriculture, Washington, D. 0. -
1 Mud Brick And
Mud Brick and Cob - Natural Earth Building and Stabilisers. Graeme North My major conclusion, after 35 years in the business, about the use of stabilisers is this: If you are building in an area where good earth building can be done with unstabilised material then there is no reason or possible excuse for using stabilisers. According to the Old Testament, man was fashioned from clay. We make buildings from it. Earthen building materials use raw subsoil which contains a percentage of clay. It is the clay which makes earth building earth building. It is the clay which provides the cohesion and waterproofing in the soil. It is the clay which can regulate humidity. It is the clay which provides waterproofing and weather resistance. It is usually the clay which provides most of the colour to earthen materials. Natural clay. Earthen buildings have been marvelous feats of clay and have proved their worth over many centuries. We want to avoid feet of clay, When we come to use earthen materials for structures, however, we sometimes find that the properties of the material are not always adequate to meet the performance we require from a building material. The NZ Earth Building Standards generally do not distinguish between stabilised and unstabilised materials. They do give performance levels that are to be met and how these are met is not proscribed. Stabilisers may be used to enhance properties such as strength or durability. However, a material must be able to be formed into an earth building product by itself. This is to ensure that earthen materials have enough clay in them to contribute to their performance. -
La Técnica Constructiva Del Cob. Pasado, Presente Y Futuro
Informes de la Construcción Vol. 63, 523, 59-70, julio-septiembre 2011 ISSN: 0020-0883 eISSN: 1988-3234 doi: 10.3989/ic.10.018 The cob building technique. Past, present and future La técnica constructiva del cob. Pasado, presente y futuro L. Watson, K. McCabe(*) SUMMARY RESUMEN Cob, an ancient earth building technique has given A través de Europa, cientos de miles de edificios rise to hundreds of thousand buildings across Euro- han sido construidos por un método de construc- pe for centuries. It has a very distinct appearance ción antiguo, el uso del cob. Estos edificios tienen of substantial organic walls punctuated with small una apariencia característica de muros orgánicos apertures whose windows and doors are set back salpicados con pequeñas aperturas cuyas puertas to create deep reveals. Traditionally protected by y ventanas se rehunden para crear profundos re- thatched roofs, these vernacular buildings make lieves. Tradicionalmente protegidos por techos de an important contribution to local identity. Cob paja, en estos edificios vernáculos está una parte buildings still survive and continue to be occupied importante de la identidad local. En muchos países in many European countries including France, europeos todavía se encuentran edificios hechos Italy, Germany, Belgium, Czech Republic and de cob, como Francia, Italia, Alemania, Bélgica, England (1). Following a description of the cob República Checa, e Inglaterra (1). Después de technique, this paper will present a brief overview una descripción sobre el uso de cob, este artículo of the history of cob in Devon, a county in South presentará una historia breve del uso de cob en West England. -
Curriculum Vitae
H A I N E S G A L L E R Y DAVID NASH Born in Surrey, England, 1945 Lives and works in Blaenau Ffestiniog, North Wales, UK EDUCATION 1965 Kingston College of Art, UK 1970 Chelsea School of Art, London, UK SELECTED SOLO EXHIBITIONS 2019 David Nash: 200 Seasons, Towner Art Gallery, Eastbourne, UK David Nash: Trees, Galerie Lelong & Co., Paris, France David Nash: Sculpture through the Seasons, National Museum Cardiff, Wales 2018 Tout jaune, Galerie Simon Blais, Montreal, Canada Columns, Galerie Lelong & Co., Paris, France David Nash: Nature to Nature, Fondation Fernet-Branca, Saint-Louis, France David Nash: Wood, Metal, Pigment, Annely Judah Fine Art, London, UK First The Tree, Then The Shape, Museum Lothar Fischer, Neumarkt in der Oberpfalz, Germany 2017 With Space in Mind, Tremenheere Sculpture Gardens, Penzance, UK New Beginnings, Alan Cristea Gallery, London, UK David Nash, Galeria Simon Blais, Montreal, Canada David Nash, Galeria Alvaro Alcazar, Madrid, Spain Art Project, Krauhuegel & Art and Church, Kollegienkirche, Salzburg, Austria Tree Seasons, Plas Glyn-y-Weddw, Gwynedd, Wales 2016 David Nash: Columns, Peaks and Torso, Galerie Lelong, Paris, France 2015 With Space in Mind, Alan Cristea Gallery, London, UK Three Black Humps, Coalbrookdale Museum of Iron, Shropshire, UK King & Queen I, Keepers House The Royal Academy, London, UK 2014 David Nash Stencil Prints, Abbot’s Room, Kloster Schoenthal, Switzerland David Nash: Prints and Multiples, Galerie Lelong, Paris, France David Nash, Kukje Gallery, Seoul, South Korea David Nash: From -
Innovative and Sustainable Local Material in Traditional African Architecture – Socio Cultural Dimension
Structural Analysis of Historic Construction – D’Ayala & Fodde (eds) © 2008 Taylor & Francis Group, London, ISBN 978-0-415-46872-5 Innovative and sustainable local material in traditional African architecture – Socio cultural dimension T.O. Odeyale & T.O. Adekunle Department of Architecture, Federal University of Technology, Akure, Nigeria ABSTRACT: Local materials are the resources that can be found readily in large quantity at a particular location or area at a certain time. It could also be referred to as materials that can be used to fabricate a finished element. These materials however could be abundant in some area but not available in another. The availability may largely be dependant on geographical location of the area as well as the chemical and physical components of such materials. The paper critically appraises some local material available in south west Nigeria. The investigation revealed such materials as laterite, textile, bamboo, mosaic, mats stones, dye, timber, tusks, snail shell, cow dung, cowries cane and mud. These materials are cheap relative to the imported materials from outside the country. The neglect of these readily available materials should be discouraged. The paper also suggests practical and innovative ways for designers, architects and manufacturers which can serve as an alternative source of material and yet sustainable; and in the long run profitable for all concern. Proper inventory, investments, packaging and modernization can help generate much needed foreign exchange and serve as promotion of the local culture. Close attention must be paid to the sustainable methods and means of using these materials for the good of all. Diagrams, pictures, plates and their application of these materials are also showcased in the paper. -
Wattle and Daub (KS2)
Schools Wattle and Daub (KS2) How did people build houses in the Stone Age? Let’s go back in time and build one! Trees have been used to build houses for thousands of years. Wattle and daub are building materials used to make these houses in the Stone/Bronze/Iron Age across Britain and Western Europe. What you’ll need • Wattle and daub kits (can be loaned from City of Trees) • Air dry clay Subjects • Hay • Water History, Science, • Mixing bowl Art & design Learning Objectives: • Ability to address and devise historically relevant questions • Understanding of Stone/Bronze/Iron Age life • Ability to note connections and trends between Stone/Bronze/Iron Age technologies Lesson Plan: Warm up/Introduction Role-playing: Find the right materials to build a house. The children must first find a strong oak tree for the long posts of their house, then willow, hazel, or birch for the structure of the walls and then mud to complete their walls. A full script for this role-playing activity is in Appendix A. Main Learning 1. Split children into groups of 4 or 5 2. Half of the groups will make the ‘wattle’ and the other half the ‘daub.’ 3. Step by step instructions for each of these two components are in Appendix B 4. Once all the groups have finished making their wattle or daub, each daub groups will pair up with a wattle group to complete the build together as show in Appendix B. Additional Activities: Cave painting or Celtic runes If you build the wall in the morning using air dry clay, pop it on the windowsill or another warm place to let it dry.