Building with Earth: Design and Technology of a Sustainable Architecture

(Nancy Kaufman) #1

Cultural, Educational and Sacral Buildings



  • Preface

  • 1 Introduction

    • History

    • Earth as a building material: the essentials

    • Improving indoor climate

    • Prejudices against earth as a building material



  • 2 The properties of earth as a building material

    • Composition

    • Tests used to analyse the composition of loam

    • Effects of water

    • Effects of vapour

    • Influence of heat

    • Strength

    • pH-value

    • Radioactivity

      • radiation Shelter against high-frequency electromagnetic





  • 3 Preparing of loam

    • Soaking, crushing and mixing

    • Sieving

    • Mechanical slurrying

    • Water Curing

    • Thinning

      • by special treatment or additives 4 Improving the earth’s characteristics



    • Reduction of shrinkage cracks

    • Stabilisation against water erosion

    • Enhancement of binding force

    • Increasing compressive strength

    • Strength against abrasion

    • Increasing thermal insulation



  • 5 Rammed earthworks

    • Formwork

    • Tools

    • Method of construction

    • Shaping of openings

    • New wall construction techniques

    • Rammed earth domes

    • Drying

    • Labour input

    • Thermal insulation

    • Surface treatment

      • 6 Working with earthen blocks

        • History

        • Production of earth blocks

        • Material composition

        • Laying earth blocks

        • Surface treatment

        • Fixing fasteners to walls

        • Lightweight loam blocks

        • Special acoustic green bricks



      • 7 Large blocks and prefabricated panels

        • Large blocks

        • Prefabricated wall panels

        • Floor slabs

        • Floor tiles

        • Extruded loam slabs



      • 8 Direct forming with wet loam

        • Traditional wet loam techniques

        • The “Dünne loam loaf” technique

        • The stranglehmtechnique



      • 9 Wet loam infill in skeleton structures

        • Thrown loam

        • Sprayed loam

        • Rolls and bottles of straw loam

        • Lightweight loam infill

        • Infill with stranglehmand earth-filled hoses



      • 10 Tamped, poured or pumped lightweight loam

        • Formwork

        • Tamped lightweight straw loam walls

        • Tamped lightweight wood loam walls

          • mineral loam walls Tamped, poured or pumped lightweight



        • Pumped lightweight mineral loam floors

        • Loam-filled hollow blocks

        • Loam-filled hoses



      • 11 Loam plasters

        • Preparation of ground

        • Composition of loam plaster

        • Guidelines for plastering earth walls

        • Sprayed plaster

        • Lightweight mineral loam plaster

        • Thrown plaster

        • Plastered straw bale houses

        • Wet formed plaster

        • Protection of corners







  • 12 Weather protection of loam surfaces 5 Appendices

    • Consolidating the surface

    • Paints

    • Making surfaces water-repellent

    • Lime plasters

    • Shingles, planks and other covers

    • Structural methods



  • 13 Repair of loam components

    • The occurrence of damage in loam components

    • Repair of cracks and joints with loam fillers

    • Repair of cracks and joints with other fillers

    • Repairing larger areas of damage

    • Retrofitting thermal insulation with lightweight loam



  • 14 Designs of particular building elements

    • Joints

    • Particular wall designs

    • Intermediate floors

    • Rammed earth floorings

    • Inclined roofs filled with lightweight loam

    • Earth-covered roofs

    • Earth block vaults and domes

    • Earthen storage wall in winter gardens

    • Loam in bathrooms

    • Built-in furniture and sanitary objects from loam

    • Wall heating systems

    • Passive solar wall heating system



  • 15 Earthquake-resistant building

    • Structural measures

    • Openings for doors and windows

    • Bamboo-reinforced rammed earth walls

    • Domes

    • Vaults

    • Textile walls with loam infill

    • Two semi-deatched houses, Kassel, Germany Residences

    • Residence cum office, Kassel, Germany

    • Farmhouse, Wazipur, India

    • Honey House at Moab, Utah, USA

      • Switzerland Three-family house, Stein on the Rhine,



    • Residence, La Paz, Bolivia

    • Residence, Turku, Finland

      • New Mexico, USA Residence and studio at Gallina Canyon,

      • New Mexico, USA Residence at Des Montes, near Taos,

      • Casita Nuaanarpoq at Taos, New Mexico, USA

        • New South Wales, Australia Residence and office at Bowen Mountain,

        • Victoria, Australia Vineyard Residence at Mornington Peninsula,



      • Residence, Helensville, New Zealand

      • Residence, São Francisco Xavier, Brazil

        • Burkina Faso Panafrican Institute for Development, Ouagadougou,



      • Office building, New Delhi, India

      • School at Solvig, Järna, Sweden

      • Kindergarten, Sorsum, Germany

      • Cultural Centre, La Paz, Bolivia

      • Mosque, Wabern, Germany

      • Druk White Lotus School, Ladakh, India

      • Mii amo Spa at Sedona, Arizona, USA

        • South Australia Tourist resort at Baird Bay, Eyre Peninsula,

        • New South Wales, Australia Charles Sturt University at Thurgoona,



      • Youth Centre at Spandau, Berlin, Germany

      • Chapel of Reconciliation, Berlin, Germany

        • New Mexico, USA Center of Gravity Foundation Hall at Jemez Springs,



      • Future prospects

      • Measures

      • Bibliographical references

      • Acknowledgements

      • Illustration credits





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