Vinyl Siding Installation Guide
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Analysis and Strengthening of Carpentry Joints 1. Introduction 2
Generated by Foxit PDF Creator © Foxit Software Branco, J.M., Descamps, T., Analysis and strengthening http://www.foxitsoftware.comof carpentry joints. Construction andFor Buildingevaluation Materials only. (2015), 97: 34–47. http://dx.doi.org/10.1016/j.conbuildmat.2015.05.089 Analysis and strengthening of carpentry joints Jorge M. Branco Assistant Professor ISISE, Dept. Civil Eng., University of Minho Guimarães, Portugal Thierry Descamps Assistant Professor URBAINE, Dept. Structural Mech. and Civil Eng., University of Mons Mons, Belgium 1. Introduction Joints play a major role in the structural behaviour of old timber frames [1]. Current standards mainly focus on modern dowel-type joints and usually provide little guidance (with the exception of German and Swiss NAs) to designers regarding traditional joints. With few exceptions, see e.g. [2], [3], [4], most of the research undertaken today is mainly focused on the reinforcement of dowel-type connections. When considering old carpentry joints, it is neither realistic nor useful to try to describe the behaviour of each and every type of joint. The discussion here is not an extra attempt to classify or compare joint configurations [5], [6], [7]. Despite the existence of some classification rules which define different types of carpentry joints, their applicability becomes difficult. This is due to the differences in the way joints are fashioned depending, on the geographical location and their age. In view of this, it is mandatory to check the relevance of the calculations as a first step. This first step, to, is mandatory. A limited number of carpentry joints, along with some calculation rules and possible strengthening techniques are presented here. -
Installation, Care, and Maintenance of Wood Shake and Shingle Siding
United States Department of Agriculture Installation, Care, and Forest Service Maintenance of Wood Forest Products Laboratory Shake and Shingle Siding General Jack Dwyer Technical Report Tony Bonura FPL–GTR–202 Arnie Nebelsick Sam Williams Christopher G. Hunt Abstract Contents This article gives general guidelines for selection, instal- Introduction ......................................................................... 1 lation, finishing, and maintenance of wood shakes and Selection .............................................................................. 1 shingles. The authors gathered information from a variety of Shakes ............................................................................. 1 sources: research publications on wood finishing, technical data sheets from paint manufacturers, installation instruc- Shingles ........................................................................... 2 tions for shake and shingle siding, and interviews with Specialty Sidewall Products ............................................ 3 experts having experience constructing and inspecting shake Installation ........................................................................... 5 and shingle siding. If research reports could not be found, the recommendations are based on opinions of experts and Rain-Screen Method ....................................................... 5 practices that have been shown to give good service life for Direct Application ........................................................... 6 shakes and shingles. -
Hardieshingle® Siding Product Description
General Product Product Information Safely Working Working Tools for Tools Fastening Cutting and General Installation Requirements HardieShingle your local dealer for details and availability of products, colorsandaccessories. your localdealerfordetailsandavailabilityofproducts, See sidingandtrimproducts. coating isafactoryapplied,oven-bakedfinishavailableonvarietyofJamesHardie HardieShingle HardieShingle siding is available as a prefinished James Hardie product withColorPlus product JamesHardie sidingisavailableasaprefinished HardieShingle dealerforlocalavailabilityoftheseproducts. 6.75 in,7.25in&10widths.PleaseseeyourJamesHardie alsoavailablein4.2in,5.5 individualshinglesare shingles.Forsmallercoverageareas, decorative half-round panels alsocomeas panels48in.longby16inhigh.HardieShingle as straight-edgepanelsorstaggered-edge Straight EdgePanel Half-Round General Fastener Requirements ® siding is fiber-cement shingle siding for sidewall applications. HardieShingle sidingisavailable shinglesidingforsidewall applications.HardieShingle sidingisfiber-cement Maintenance Finishing and ® ® HardieWrap SidingProductDescription Weather Barrier Weather ® HardieTrim Boards/Battens ® 96 Panels HardieSoffit ® Individual Shingles EdgePanel Staggered Lap Siding HardiePlank ® Siding HardieShingle ® ® Technology. TheColorPlus Technology. HardiePanel Vertical Siding Vertical Glossary Appendix/ ESR-1844 & 2290 Report Information Product Product General Installation of HardieShingle® Siding Working Working Safely INDIVIDUAL SHINGLES Water resistive barrier -
Timberpeg.Com ®
7759_01.qxd 6/19/07 3:26 PM Page 1 06 13 23/TIM BuyLine 7759 ® timberpeg.com 7759_02.qxd 6/19/07 3:28 PM Page 2 ® PROJECT: HERMITS OF CARMEL ARCHITECT: EDWARD S. MILLER, AIA imberpeg® is a national company with four sales offices and Independent Representatives across the United TStates. No matter where you are located, local technical assistance is only a phone call away. Since 1974 Timberpeg® has been offering timber framing solutions to architects, designers, builders and individuals. Over the years we have designed and produced thousands of true mortise and tenon timber framed structures for satisfied customers. We look forward to working with architects on their projects, whether residential or commercial. In fact, dozens of architects have chosen the TIMBERPEG® brand for their own homes. Timberpeg® uses the highest quality components available, including Select Structural grade Douglas fir and eastern white pine timbers. We precut traditional mortise and tenon frames, and ship them with the exterior building shell components to sites across the country and abroad. The Timberpeg® package includes structural insulated panels (SIPs) for the wall enclosure and features our vented “Wrap & Strap” system with tongue and groove panels for the roof enclosure. (SIPs as a roof enclosure and “Wrap & Strap” as a wall enclosure are available upon request but are not considered part of the standard Timberpeg® package.) Timberpeg® has a modular framing system, but also produces many custom frames, bent-style structures and trusses. In fact, our framing solutions are only limited by the capacity of the timber and your imagination. -
Fasteners Set the Industry's Highest Standards for Design, Ease of Use, and Reliability
Keeping your belt up and running SINCE 1907 HEAVY-DUTY MECHANICAL BELT FASTENING SYSTEMS A comprehensive line of mechanical belt fastening systems and belt conveyor maintenance tools that increase uptime and output. Around the world, the most respected name in belt conveyor solutions is Flexco. YOUR PARTNER IN The reason is simple. Flexco belt splicing products have earned the reputation for unsurpassed quality and performance in the most demanding material handling PRODUCTIVITY applications on earth. Our fasteners set the industry's highest standards for design, ease of use, and reliability. The knowledgeable advice and proven solutions we provide our customers help keep conveyor efficiency high and conveyor operation costs low. QUICK FACTS OVER 100 YEARS OF SUCCESS ABOUT FLEXCO • Flexco is a U.S.-based company and HAS BEEN BUILT has been in the belt industry since 1907. BY FOCUSING ON OUR • We have subsidiary locations in Australia, Chile, China, Germany, India, Mexico, Singapore, South Africa, and CUSTOMERS the United Kingdom to service and support customers in more than 150 countries around the world. We have learned to understand our customers' • We have more than 1800 distributor industries and challenges and to respond to their partners throughout the world—we changing needs. partner with the best distributors in We are constantly driving technology and design and every market we serve around the world to ensure our customers have strive to become the leader in belt conveyor solutions that ready access to our products, services, maximize uptime, productivity, and safety. and expert resources. We value industry relationships and believe that together, with a team of industry experts, our customers will • As a company, we focus on training and development and maintaining a receive greater value. -
EXTERIOR WOODWORK Township of Hopewell Historic Preservation Commission GUIDELINES for EXTERIOR WOODWORK
GUIDELINES FOR EXTERIOR WOODWORK Township of Hopewell Historic Preservation Commission GUIDELINES FOR EXTERIOR WOODWORK WOOD SIDING, SHINGLES AND TRIM Wood siding, shingles and trim on a building’s wall surface serve both functional and aesthetic purposes. Functionally, exterior woodwork acts as the skin of the building, shedding water and deflecting sunlight and wind. Aesthetically, woodwork is an important design feature and can be applied as siding, shingles and ornamental trim. Exterior woodwork: • Establishes a weather-tight enclosure, providing Wood clapboard siding is one of the most common historic exterior protection from rain, wind and sun wall materials in Hopewell Township. • Is affected by temperature variation and building PURPOSE movement • Establishes a building’s scale, mass and proportion These Guidelines were prepared to assist property owners with information when considering the • Acts as an important design feature, helping to define maintenance, repair, replacement or installation of a building’s architectural style wood siding, shingles and trim. They are not intended • Adds visual interest to the streetscape to replace consultation with qualified architects, • Adds pattern and casts shadows on wall surfaces contractors and the Historic Preservation Commission (HPC). The HPC will be happy to provide consultation With proper maintenance, exterior wood elements can and assistance with materials, free of charge. last for centuries, however improper maintenance can result in problems and deterioration from water, These Guidelines were developed in conjunction with fungus, mold and insects. Hopewell Township’s Historic Preservation Commission (HPC). The HPC reviews Certificate of Appropriateness (COA) applications for proposed exterior alterations to properties locally designated as Historic Landmarks or within a local Historic District. -
Inspection of Wooden Vessels
Guidance on Inspection, Repair, and Maintenance of Wooden Hulls ENCLOSURE (1) TO NVIC 7-95 COMPILED BY THE JOINT INDUSTRY/COAST GUARD WOODEN BOAT INSPECTION WORKING GROUP August 1995 TABLE OF CONTENTS ACKNOWLEDGEMENTS A-1 LIST OF FIGURES F-1 GLOSSARY G-1 CHAPTER 1. DESIGN CONSIDERATIONS A. Introduction 1-1 B. Acceptable Classification Society Rules 1-1 C. Good Marine Practice 1-1 CHAPTER 2. PLAN SUBMITTAL GUIDE A. Introduction 2-1 B. Plan Review 2-1 C. Other Classification Society Rules and Standards 2-1 D. The Five Year Rule 2-1 CHAPTER 3. MATERIALS A. Shipbuilding Wood 3-1 B. Bending Woods 3-1 C. Plywood. 3-2 D. Wood Defects 3-3 E. Mechanical Fastenings; Materials 3-3 F. Screw Fastenings 3-4 G. Nail Fastenings 3-5 H. Boat Spikes and Drift Bolts 3-6 I. Bolting Groups 3-7 J. Adhesives 3-7 K. Wood Preservatives 3-8 CHAPTER 4. GUIDE TO INSPECTION A. General 4-1 B. What to Look For 4-1 C. Structural Problems 4-1 D. Condition of Vessel for Inspection 4-1 E. Visual Inspection 4-2 F. Inspection for Decay and Wood Borers 4-2 G. Corrosion & Cathodic Protection 4-6 H. Bonding Systems 4-10 I. Painting Galvanic Cells 4-11 J. Crevice Corrosion 4-12 K. Inspection of Fastenings 4-12 L. Inspection of Caulking 4-13 M. Inspection of Fittings 4-14 N. Hull Damage 4-15 O. Deficiencies 4-15 CHAPTER 5. REPAIRS A. General 5-1 B. Planking Repair and Notes on Joints in Fore and 5-1 Aft Planking C. -
Preservation of Historic Resources PAGE LEFT INTENTIONALLY BLANK
SECTION 2: PReseRVAtion OF HistoRic ResoURces PAGE LEFT INTENTIONALLY BLANK. HISTORIC RESOURCE DESIGN GUIDELINES CHAPTER 2.1: WINDOWS CITY OF SANTA BARBARA CHApteR 2.1: WinDOWS INTRODUCTION Windows are one of the most visible, yet commonly under-appreci- ated components of older and historic homes and historic resources. Many historic structures in Santa Barbara have original wood win- dows that have lasted over a century. They may have intricate details that give depth, light, and shadow to a building’s façade. Original windows reflect the design intent for the building, including the period, regional style, and building techniques. In fact, many wood windows are considered hand-crafted pieces of art that are examples of exceptional craftsmanship and design. Windows give scale to a building and provide visual interest to the composition of individual façades, while distinct designs help de- fine many historic building styles. These openings define character through their material, profile, shape, size, configuration, and ar- rangement on the façade. These Guidelines will help property own- ers consider all the factors and options when repairing or replacing original windows. HISTORIC RESOURCE DESIGN GUIDELINES 35 HISTORIC RESOURCE DESIGN GUIDELINES CITY OF SANTA BARBARA Drip cap Head BENEFITS OF KEEPING HISTORIC WINDOWS HEAD Original windows are a key component of a historic building’s design Upper sash and appearance. The benefits of maintaining and repairing a build- ing’s original windows include: Lock Rail • Helps to retain the historic character of the building JAMB • Wood windows made prior to 1940 are likely made from old- growth wood that is significantly denser, more durable, and Glazing more rot-resistant. -
How to Install Cedar Siding
Congratulations on your choice of Western Red Cedar siding. Western Red Cedar is one of the world’s premier quality woods noted for its appearance, durability, light weight, insulation value and dimensional stability. It will provide your home with character and a distinction that other sidings cannot match. Properly installed and finished, it will provide years of low INTRODUCTION maintenance performance. Before beginning your siding project read this brochure thoroughly – it contains useful information to ensure the siding is installed correctly and will perform as intended. This brochure is organized into three sections. Section I. Before You Start deals with numerous considerations which you should be aware of before you start installing Western Red Cedar Siding. Section II. Outlines proper installation techniques. Section III. Provides a list of industry best practices for Western Red Cedar siding installation. Note that these are general guidelines that are minimum standards to be followed with confidence in most areas. However, severe local climatic conditions such as extreme heat and dryness; high winds; seacoast exposure; and, areas with wide climatic swings may necessitate additional provisions for the installation of the siding. Your national and local building code requirements always supersede these instructions. A detailed siding installation DVD is available from the WRCLA. Call 1-866-778-9096 for a copy. 2 SECTION I BEFORE YOU START 1. INSPECT MATERIAL Always purchase recognized grades such as those from WRCLA members and ensure you understand the grade of material you’ve purchased. Grades are designed for specific appearances and uses. Before installing, be sure the siding you’ve selected meets your requirements. -
Woodworking Joints.Key
Woodworking making joints Using Joints Basic Butt Joint The butt joint is the most basic woodworking joint. Commonly used when framing walls in conventional, stick-framed homes, this joint relies on mechanical fasteners to hold the two pieces of stock in place. Learn how to build a proper butt joint, and when to use it on your woodworking projects. Basic Butt Joint The simplest of joints is a butt joint - so called because one piece of stock is butted up against another, then fixed in place, most commonly with nails or screws. The addition of glue will add some strength, but the joint relies primarily upon its mechanical fixings. ! These joints can be used in making simple boxes or frames, providing that there will not be too much stress on the joint, or that the materials used will take nails or screws reliably. Butt joints are probably strongest when fixed using glued dowels. Mitered Butt Joint ! A mitered butt joint is basically the same as a basic butt joint, except that the two boards are joined at an angle (instead of square to one another). The advantage is that the mitered butt joint will not show any end grain, and as such is a bit more aesthetically pleasing. Learn how to create a clean mitered butt joint. Mitered Butt Joint The simplest joint that requires any form of cutting is a miter joint - in effect this is an angled butt joint, usually relying on glue alone to construct it. It requires accurate 45° cutting, however, if the perfect 90° corner is to result. -
Teaching with Midwest's Boomilever
Teaching with Midwest’s Boomilever 1st Edition A “Hands-On” Laboratory Adaptable to Grades 6 - 12 Written by Bob Monetza Introduction This Teacher’s Guide is designed to introduce model building of cantilevered structures to teach principles of physics and engineering design in hands-on exercises, culminating in a classroom competition of creative design. The Boomilever project is based on a competitive Science Olympiad event. The information and materials presented with this kit are similar to the “Boomilever” event in the Science Olympiad competition program and may be a used as a starting point to prepare students to develop competitive structures. Note that rules published by Science Olympiad or any other organization are not reproduced here and are subject to change. Rules presented in this Guide do not substitute for official rules at sanctioned competitions; check the rules in use at formal competitions for differences. Midwest Products Co., Inc. grants permission for any reproduction or duplication of this manual for teacher and student use, but not for sale. ©2007, Midwest Products Co., Inc. 400 S. Indiana St. | PO Box 564 | Hobart, IN 46342 | (800) 348-3497 www.midwestproducts.com -- Table of Contents . Introduction .............................................................................................................................. 3 - 5 2. Construction of an Example Boomilever ................................................................................... 6 - 20 2. Problem Statement 2.2 Example Design and Construction: 2.2.. Materials and Tools 2.2.2. Step-by Step Construction Instructions 2.3 Testing 2.4 Evaluation 3. Boomilever Design Notes ........................................................................................................ 2 - 33 3. Compression Boomilever Design 3.2 Tension Boomilever Design 3.3 Attachment Base 3.4 Joint Design 3.5 Materials 3.5. Wood 3.5.2 Glue 3.6 Craftsmanship 3.7 Data Collection 3.8 Construction Jig 4. -
Introduction to Carpentry Tools and Joints
INTRODUCTION TO CARPENTRY TOOLS 1. Try Square 2. Steel Rule 3. Marking Guage 4. Coping Saw 5. Tenon Saw 6. Penon Saw 7. Ironjack Plane 8. Benchwise 1. Try Square This is used to mark lines at 90 degrees to a straight edge. It is used to mark out lines square to the face edge and face side. It may also be used to check if edges are straight. If the try square is placed on the edge of the material and held up to a light, any light shining through between the material and the try square blade indicates that the edge of the material is not straight. 2. Steel Rule A steel rule is a very accurate marking and measuring tool. The steel is thin and the markings on the rule are very fine. The measurements are in millimetres on one edge and inches on the other. The steel rule can also be used as a straight edge to check if materials or edges of materials are straight. The measurements on the steel rule go all the way to the end unlike the plastic ruler. This is because the rule may be used to measure inside pipes. It may also be used to measure diameters and circumferences of pipes and tubes accurately. The end of the rule with the measurements to the edge is called the zero end. By: Harish Gupta Page 1 3. Marking Guage The marking gauge is used on wood.It is used to mark straight lines parallel to a straight edge.The marking tool has an adjustable stock (the stock slides up and down the stem) and is set using a steel rule.