Are you a weekend hobby carpenter with a passion for creating high-quality pieces, but not quite the equipment or budget to match?
Do you want to apply Japanese ingenuity of design to everyday furniture and give them a special character?
Japanese joinery is an ancient carpentry skill developed in a time before mass production, when ingenuity and character of design still mattered.
Now, you can revive this ancient art and introduce it to your own carpentry designs.
The tools used inside this book are likely sitting in your toolbox right now, and if they aren't, they are definitely affordable for everyone.
Note: This book has 2 parts:
Part 1: Beginner's Guide to Japanese Joinery: Make Japanese Joints in 8 Steps With Minimal Tools
Part 2: Intermediate Guide to Japanese Joinery: The Secret to Making Complex Japanese Joints and Furniture Using Affordable Tools
Inside this book you'll discover:
Q: I'm just a woodworker with a wood shop in my garage, and I don't want to splurge on expensive tools just for making Japanese joints. Can I still make the joints given inside your book?
A: Absolutely, this book is designed for the weekend woodworker and enthusiast
While we still recommend a few tools that are cheap but absolutely key when making Japanese joints, we have omitted the joints that require expensive tools from this guide.
There also certain joints that don't require any specialized tools. So, you don't need to spend extra if you don't really want to.
Q: Can Japanese joints really improve regular objects (like chairs and other furniture) that I already know how to make?
A: Yes. The special characteristics of Japanese joints are diverse.
Their utility can be found in making flexible yet strong houses in earthquake-prone Japan.
They are also useful in building recording-studios where sound-transmission must be minimized.
The addition of Japanese joints in your own designs will incorporate one or more of these characteristics to your furniture.
We also have short guide on adapting these joints into your own designs, so you never get lost trying to make sense of it all.
Q: Are the pictures in your book color or b/w?
A: The pictures inside this book are b/w and meant to show clearly the intricacies of the joints.
Every day you delay is another day you miss the opportunity to use this magnificent Japanese craft to make your woodworking projects a notch above everything else.
Take action now.
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Historic structures need to be restored in line with international guidance and charters developed by architects and archaeologists, but technical understanding of structural engineering and materials is crucial, particularly with respect to response to earthquake loading.
This guide to structural assessment and restoration of masonry monuments and historical buildings outlines the techniques, materials and design procedures used. It begins with principles, theory and practice and then presents case studies.
The assessment focusses on
The restoration elaborates on
Jefferson County, New York, has one of the richest concentrations of stone houses in America. As many as 500 stone houses, churches, and commercial buildings were built there before 1860. Some of the buildings are beautiful mansions built by early entrepreneurs; others are small vernacular farmhouses. Some are clustered together; others dot the countryside near stone outcroppings. Embedded in the fabric of each building are the stories of its location, its maker, and its inhabitants over time.
Lavishly illustrated with almost 300 photographs, this volume highlights eighty-five stone houses in the region. The editors explore both the beauty and permanence of the stonework and the courage and ambition of the early dwellers. They detail the ways in which skilled masons utilized local limestone and sandstone, crafting double-faced stone walls to protect against fire and harsh winters. The book includes discussions of the geology of the region, the stone buildings that have been lost, and the preservation and care of existing structures. Stone Houses of Jefferson County provides a fascinating look at the intrinsic beauty of these buildings and the historical links they provide to our early settlement.If you love historical homes, powerful political figures, steamships, trains, brilliant business people, renovations, interior design, gardens in pink and secrets, then welcome to Glencairn Hall. Built in 1832, perched on the edge of the Niagara River. The road this mansion is situated on, according to Winston Churchill, is the prettiest drive in the world.
If you love historical homes, powerful political figures, steamships, trains, brilliant business people, renovations, interior design, gardens in pink and secrets, then welcome to Glencairn Hall. Built in 1832, perched on the edge of the Niagara River. The road this mansion is situated on, according to Winston Churchill, is the prettiest drive in the world.
The study of architecture requires not only an understanding of the history of buildings, but also knowledge of the correct terminology that is used to describe them. The Encyclopaedia of Architectural Terms provides a comprehensive, practical guide to the terminology used in the various aspects of architecture and building. It contains over 3500 terms offering definitions of styles, the components of buildings, materials, the various parts of orders and architectural details.
This bestselling book has been fully revised and updated to include valuable new case studies and examples which help to demonstrate the common problems found in older buildings. It features many additional photographs illustrating the decay mechanims and individual issues associated with damp, timber decay, masonry defects, roofing problems and many other aspects. The book begins by summarizing the basics of surveying practice, including the inspection, assessment, defect diagnosis and monitoring of defects. It then examines the building elements, discussing their construction, typical faults and their diagnoses. This section provides specific advice on assessing industrial monuments and features concise inspection checklists for ease of reference. In the final section, the author looks to the future, considering the specific challenges faced by property professionals when employed to survey historic buildings. The book is accompanied by comprehensive appendices, including sample survey forms, and a list of useful contacts is followed by an extensive bibliography. This book will be of particular interest to conservation officers, surveyors, architects, archaeologists and planners.
Practical Stone Masonry is the first major book in nearly seventy years on the craft of the stonemason. Today the work of the stonemason is almost exclusively confined to the repair of historic buildings, requiring a full working knowledge of the detailed traditional craft practices relating to repairs. This book addresses that need. It covers the basic methods of working stone, the making of specialized tools, and, for the first time, a full analysis of the procedures for setting-out for repairs. A broad description of the nature and problems of stone also includes guidance on selection. In addition, the authors look at the causes of decay in stone and outline methods for repair of both stone and mortar. Practical Stone Masonry contains essential advice for working masons and apprentices, and all those engaged in planning and supervising such works. It includes: the basic methods of working stone; how to make specialized tools; the procedures for setting-out for repairs explained; and, the nature and problems of stone plus a guide to selection.
A comprehensive study of the oyster shell building material of the South Carolina Lowcountry
Beaufort, South Carolina, is well known for its historical architecture, but perhaps none is quite as remarkable as those edifices formed by tabby, sometimes called coastal concrete, comprising a mixture of lime, sand, water, and oyster shells. Tabby itself has a storied history stretching back to Iberian, Caribbean, Spanish American, and even African roots--brought to the United States by adventurers, merchants, military engineers, planters, and the enslaved.
Tabby has been preserved most abundantly in the Beaufort area and its outlying islands, (and along the Sea Islands all the way to Florida as well) with Fort Frederick in 1734 having the earliest example of a diverse group of structures, which included town houses, seawalls, planters' homes, barns, agricultural buildings, and slave quarters. Tabby's insulating properties are excellent protection from long, hot, humid, and sometimes deadly summers; and on the islands, particularly, wealthy plantation owners built grand houses for themselves and improved dwellings for enslaved workers that after two hundred-plus years still stand today.
An extraordinarily hardy material, tabby has a history akin to some of the world's oldest building techniques and is referred to as rammed earth, as well as tapia in Spanish, pisé de terre in French, and hangtu in Chinese. The form that tabby construction took along the Sea Islands, however, was born of necessity. Here stone and brick were rare and expensive, but the oyster shells that were used as the source for the tabby's lime base were plentiful. Today these bits of shell, often visible in the walls and forms constructed long ago, give tabby its unique and iconic appearance.
Colin Brooker, architect and expert on historic restoration, has not only made an exhaustive foray into local tabby architecture and heritage; he also has made a multinational tour as well in search of tabby origins, evolution, and diffusion from the Bahamas to Morocco to Andalusia, which can be traced back as far as the tenth century. Brooker has spent more than thirty years investigating the origins of tabby, its chemistry, its engineering, and its limitations. The Shell Builders lays out a sweeping, in-depth, and fascinating investigative journey--at once archaeological, sociological, and historical--into the ways prior inhabitants used and shaped their environment in order to house and protect themselves, leaving behind an architectural legacy that is both mysterious and beautiful.
Lawrence S. Rowland, a distinguished professor emeritus of history at the University of South Carolina Beaufort and past president of the South Carolina Historical Society, provides a foreword.
Eternal Architecture: Restoration and Renewal of Buildings, Bridges and Historical Structures for Future Generations delves into the multifaceted world of preserving our built heritage for generations to come. This comprehensive guide explores the delicate balance between honoring the past and ensuring a sustainable future for these invaluable structures. From ancient monuments to modern bridges, the book offers a practical and insightful approach to the art and science of restoration.
The journey begins with the foundations of preservation, examining the historical context, ethical considerations, and legal frameworks that guide responsible interventions. Understanding the evolution of preservation philosophy, alongside the moral dilemmas faced by preservationists, provides a crucial backdrop for appreciating the complexities of this field. The book then explores the critical assessment and documentation processes, including damage evaluation and advanced material analysis techniques. These methods empower preservationists to make informed decisions about appropriate restoration strategies based on scientific understanding.
The core of the book lies in the exploration of practical restoration techniques. From cleaning and consolidation of decaying materials to structural repairs ensuring long-term stability, each step of the restoration process is thoroughly examined. The book covers crucial aspects such as appropriate material replacement, adaptive reuse for finding new functions while maintaining historical integrity, and the vital role of digital documentation for record-keeping and future analysis.
Looking towards the future, Eternal Architecture addresses the resilience of our built environment. It delves into seismic retrofitting techniques to safeguard structures against earthquakes and explores crucial climate change adaptation strategies to mitigate the effects of rising sea levels and extreme weather events. A particular focus is given to the unique challenges of bridge renewal, covering inspection and monitoring, strengthening methods, corrosion protection, deck rehabilitation, and seismic design.
The book also delves into the preservation of historically significant structures such as monuments, memorials, and archaeological sites. It emphasizes the importance of respecting the historical and scientific value of these sites while preserving them for future generations. Finally, Eternal Architecture examines the crucial intersection of preservation and sustainability. It explores the environmental impact of restoration choices through life-cycle assessments, promoting energy efficiency in historic buildings, and emphasizing the vital role of community engagement in fostering a sense of shared heritage.
Eternal Architecture is an invaluable resource for architects, engineers, preservationists, students, and anyone passionate about safeguarding our built heritage. It provides a practical roadmap for navigating the complexities of historical preservation while embracing sustainable practices for the future.
Preserve the past, build the future. Get your blueprint today!