Staircases, which today are equally the responsibility of joiners The increasing demand for textbooks on the techniques of stair and carpenters, have had a varied history over the last thirty construction is due to two main factors: . years. Until 1945 nearly all staircases, even those in large resi dential blocks, were made of wood. Because of the amount of 1. The relatively small dwellings that were built twenty to thirty destruction that took place during the war, new building regu years ago are no longer regarded as acceptable. New regu lations frequently stipulated nonflammable materials for almost lations concerning noise and heat insulation as well as gov all stairs. ernment aid available to finance such projects have, in ad This resulted in a decline in the quality of stair construction; dition, stimulated the rebuilding and thus the design of more what is more, fewer and fewer craftsmen were trained for this generously proportioned dwellings, including, of course, rewarding and varied branch of woodworking craftsmanship. staircases. This is a regrettable development, since good stair builders must combine the design capabilities and three-dimensional approach 2. The style of living has changed. The time when sober inte of the carpenter with the exact and neat craftsmanship of the join riors were the order of the day has gone. Excessive nostalgic er. Techniques of Staircase Construction therefore provides welcome reversal to previous styles has also passed.

Staircases, which today are equally the responsibility of joiners The increasing demand for textbooks on the techniques of stair and carpenters, have had a varied history over the last thirty construction is due to two main factors: . years. Until 1945 nearly all staircases, even those in large resi dential blocks, were made of wood. Because of the amount of 1. The relatively small dwellings that were built twenty to thirty destruction that took place during the war, new building regu years ago are no longer regarded as acceptable. New regu lations frequently stipulated nonflammable materials for almost lations concerning noise and heat insulation as well as gov all stairs. ernment aid available to finance such projects have, in ad This resulted in a decline in the quality of stair construction; dition, stimulated the rebuilding and thus the design of more what is more, fewer and fewer craftsmen were trained for this generously proportioned dwellings, including, of course, rewarding and varied branch of woodworking craftsmanship. staircases. This is a regrettable development, since good stair builders must combine the design capabilities and three-dimensional approach 2. The style of living has changed. The time when sober inte of the carpenter with the exact and neat craftsmanship of the join riors were the order of the day has gone. Excessive nostalgic er. Techniques of Staircase Construction therefore provides welcome reversal to previous styles has also passed.

If you're interested in advancing your skills as a stair builder or someone who desperately needs to understand the fundamentals of stair stringer layout, then the advanced methods inside this book, we'll take you to the next level. Master Stair Builder - Greg Vanden Berge will share some of the extraordinary fundamentals as well as advanced techniques, few carpenters in the world are familiar with. This is a one-of-a-kind book and was written in a simple and easy to understand format. There are plenty of illustrations and even my wife, who is extremely skeptical about my other books said this was one of the best books I've written so far. This book was written for carpenters, contractors and even sophisticated do-it-yourselfers. I don't recommend this book to anyone who doesn't understand the fundamentals of stair building.

The only book that both describes and demonstrates every technique, skill and project. It provides accurate and detailed step-by-step guidance on the design and construction of a wide range of timber staircases. Simply Stairs features the 'Rise and Going Calculator' - a colorful, easy-to-read chart which aids stair calculations. Although this book uses metric units, users of the imperial system will still find this a handy guide.

Stair building combines precision carpentry with tricky math, so even experienced builders find it challenging. But as this extensively illustrated book demonstrates, any builder who can measure the distance between two floors can plan and build a stunning set of stairs. By clearly laying out the geometry, planning, and construction involved, author Andy Engel takes the reader from a simple structure built of framing lumber to a set of stairs fit for a king. From building and installing railings to using off-the-shelf stair parts, Building Stairs lays out the process clearly and completely. Written by a pro Accurate and reliable Easy to navigate Covers railings and newels Includes outdoor stairs

In order to construct continuous climbing-turn handrail sections for a staircase, the basic elements of tangent handrailing must be understood. This guide to building custom staircases, including elliptical stairs and continuous incline stairs, explains the tangent principle for the advanced woodworker. Covering everything from locating risers in a curved stairway to the installation of balusters, this simple method enables the craftsperson to make distinctive, personalized stair and handrail designs that are not available from stock staircase companies.

The staircase dates back to the very beginning of architectural history. Virtually every significant building from the ziggurats of ancient Mesopotamia to the present day, has not only contained one or more staircases, but has celebrated them. For such an apparently simple part of a building they have been made in a bewildering variety of forms and from a wide range of materials. Every age has sought to out-perform the previous to produce ever more spectacular and gravity-defying designs. 'Staircases: History, Repair and Conservation' is the first major reference volume devoted entirely to the understanding of staircases and the issues surrounding their repair and conservation. Each chapter has been especially written by experts in their respective fields. The book is essential reading for professionals and anyone with an interest in staircases. It deals with the history; dating; archaeology; surveying and recording; engineering; curating; repair and conservation of the staircase in a single volume. No other book offers such a wide range of detail. The book is divided into three parts: Part 1 covers the history, development, identification and dating of staircases, providing detailed drawings and photographs and an introduction to the scientific techniques available to enable the accurate dating of staircases. Part 2 covers the design, engineering and maintenance of the staircase, giving a clear guide to the latest research into the design of safe staircases and their structural stability. Part 3 focuses on the materials commonly used to make stairs, detailing the appropriate techniques for their conservation and repair. The result is a comprehensive study encompassing considerable and far reaching research which aims to inform our understanding and advance the scholarship of the subject for years to come.

George Ellis was one of the premier English writers on carpentry and joinery. This, the author's last book, was originally issued in two volumes; the present edition is a reprint of the 1932 one-volume edition. The trade of wooden stairbuilding has enjoyed a rebirth during the last ten years. Unfortunately, most trade schools do not teach this complex craft, and there has been little published in the field for many years. This leaves the craftsman at a loss, both for available information and training. George Ellis has written a very lucid book on the subject. He covers much the same ground as Alexander Mowat in A Treatise on Stairbuilding and Handrailing (page 92), but Ellis is much less technical and more shop oriented. He includes detailed information on taking dimensions and setting out stairs (geometric, spiral, and elliptical), newels, balusters, brackets; constructing soffit linings, single and geometric handrailings, and wreathed handrail to spiral stairs; and he explains the cylinder method of making wreaths.

This report summarizes information and research in the area of stair use and provides design guidelines for improving stair safety. These guidelines are directed toward seven major categories of stairway design and construction: (1) structural integrity and quality of stairs, (2) physical attributes of stair surfaces, (3) appearance of stair surfaces, (4) handrails, (5) physical attributes of the surrounding stairway environment, (6) appearance of the surrounding stairway environment, and (7) signs and symbols. In general, the recommendations offered in this report derive from the premise that stairway accidents are caused by human perceptual errors, which are frequently triggered by some flaw in the design or construction of stairways themselves. Evidence describing the severity and frequency of residential stairway hazards, and supporting premises underlying design guidelines were obtained from epidemiological, experimental, exploratory, and survey research sources. General directions for future investigation are suggested.