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Single Family Residence Design Guidelines
ADOPTED BY SANTA BARBARA CITY COUNCIL IN 2007 Available at the Community Development Department, 630 Garden Street, Santa Barbara, California, (805) 564-5470 or www.SantaBarbaraCA.gov 2007 CITY COUNCIL, 2007 ARCHITECTURAL BOARD OF REVIEW, 2007 Marty Blum, Mayor Iya Falcone Mark Wienke Randall Mudge Brian Barnwell Grant House Chris Manson-Hing Dawn Sherry Das Williams Roger Horton Jim Blakeley Clay Aurell Helene Schneider Gary Mosel SINGLE FAMILY DESIGN BOARD, 2010 UPDATE PLANNING COMMISSION, 2007 Paul R. Zink Berni Bernstein Charmaine Jacobs Bruce Bartlett Glen Deisler Erin Carroll George C. Myers Addison Thompson William Mahan Denise Woolery John C. Jostes Harwood A. White, Jr. Gary Mosel Stella Larson PROJECT STAFF STEERING COMMITTEE Paul Casey, Community Development Director Allied Neighborhood Association: Bettie Weiss, City Planner Dianne Channing, Chair & Joe Guzzardi Jaime Limón, Design Review Supervising Planner City Council: Helene Schneider & Brian Barnwell Heather Baker, Project Planner Planning Commission: Charmaine Jacobs & Bill Mahan Jason Smart, Planning Technician Architectural Board of Review: Richard Six & Bruce Bartlett Tony Boughman, Planning Technician (2009 Update) Historic Landmarks Commission: Vadim Hsu GRAPHIC DESIGN, PHOTOS & ILLUSTRATIONS HISTORIC LANDMARKS COMMISSION, 2007 Alison Grube & Erin Dixon, Graphic Design William R. La Voie Susette Naylor Paul Poirier & Michael David Architects, Illustrations Louise Boucher H. Alexander Pujo Bill Mahan, Illustrations Steve Hausz Robert Adams Linda Jaquez & Kodiak Greenwood, -
Office Market Assessment Montgomery County, Maryland
Office Market Assessment Montgomery County, Maryland Prepared for the Montgomery County Planning Department June 18, 2015 Contents Executive Summary..................................................................................................................... iv Regional Office Vacancies (Second Quarter, 2015) ............................................................... iv Findings .................................................................................................................................... v Recommendations .................................................................................................................... v Introduction .................................................................................................................................... 1 Montgomery County’s Challenge ............................................................................................ 1 I. Forces Changing the Office Market ....................................................................................... 3 Types of Office Tenants ........................................................................................................... 3 Regional and County Employment ......................................................................................... 4 Regional Employment Trends ............................................................................................. 4 Montgomery County Employment Trends .......................................................................... 6 Regional -
Multi-Family Residential Design Guidelines[PDF]
MULTI-FAMILY RESIDENTIAL DESIGN GUIDELINES Adopted by the Marin County Board of Supervisors on December 10, 2013 ACKNOWLEDGMENTS BOARD OF SUPERVISORS COUNTY STAFF Susan Adams, District 1 Brian C. Crawford Katie Rice, District 2 Director of Community Development Agency Kathrin Sears, District 3 Thomas Lai Steve Kinsey, District 4 Assistant Director of Community Development Agency Judy Arnold, District 5 Jeremy Tejirian Planning Manager of Planning Division PLANNING COMMISSION Stacey Laumann Katherine Crecelius, At-Large Planner of Planning Division Ericka Erickson, At-Large Don Dickenson, District 1 Margot Biehle, District 2 John Eller, District 3 Michael Dyett, Principal-In-Charge Wade Holland, District 4 Matt Taecker, Principal Peter Theran, District 5 Jeannie Eisberg, Senior Associate WORKING GROUP Supported by a grant from the Metropolitan Transportation Bob Hayes Commission Smart Growth Technical Assistance Program Bruce Burman John Eller Steven Aiello Curry Eckelhoff Rich Gumbiner Allan Bortel Marge Macris Kathleen Harris Robert Pendoley Scott Gerber Steven Lucas Sim Van der Ryn Cover image adapted from: The American Transect, http://www.transect.org/rural_img.htm i CONTENTS INTRODUCTION ...............................................................................................................................................................1-1 Purpose ...............................................................................................................................................................1-1 Fundamental Design -
THE DANISH SINGLE FAMILY HOUSE List of Content
THE DANISH SINGLE FAMILY HOUSE List of content The romantic villa approx. 1860 - 1920 Historicism approx. 1850 - 1930 National romantic 1850 - 1920 Master mason house, approx. 1913 - 1930 Functionalismn The functional villa State loan house The modernist villa, 1950 – 1968 The standard house, approx. 1960 The energy-efficient house 1973 - 1985 The post-modern villa Style history THE DANISH SINGLE FAMILY HOUSE The model for single-family house as we know it today, which is Danish the most preferred way of living, has been developed over the last approximately 100 years The romantic bourgeois villa, approx. 1860 - 1920 At the end of the 1800s it was the wealthy part of the population, who built large residential houses, "bourgeois houses," on large grounds on the edge of or outside the polluted cities. Friboes Hvile 1756-58. Houses plan was most often convoluted to yield Plan and elevation. nooks and niches with space to create, storeroom, etc., but also with large living - and sleeping quarters, as well as toilets and bathrooms. The houses were usually equipped with several bay windows and balconies. The roof structure was pitched roof or mansard roof with dormers and large chimney pots. The houses were clean craftsmanship in the top, but using the best materials that could be provided, Perspective of Friboes Hvile. floors oregion pine etc. Akvarel by Ole Sand Olesen There was also not spared inventory as skirting boards, wall panels, and gerikter, and ceilings were provided with beautiful stucco work. The stairs from the hall was often done with brick steps and railing work with meticulous detail. -
Effect of Window Overhang Shade on Heat Gain of Various Single Glazing Window Glasses for Passive Cooling
Available online at www.sciencedirect.com ScienceDirect Procedia Technology 23 ( 2016 ) 439 – 446 3rd International Conference on Innovations in Automation and Mechatronics Engineering, ICIAME 2016 Effect of Window Overhang shade on Heat gain of Various Single Glazing Window glasses for Passive Cooling Saboor Shaika*, KiranKumar Gorantlab, Ashok Babu Talanki Puttaranga Settyc a,b,c Department of Mechanical Engineering, National Institute of Technology Karntaka, Surathkal, Mangalore-575025, Karnataka, India. Abstract This paper presents thermal performance of various single glazing window glasses covered with and without window overhang shading. Buildings are designed with laterite stone walls with different dimensions of overhang shading devices on single glazing windows in four different climatic zones of India: Ahmedabad (Hot & dry), Bangalore (moderate), Calcutta (warm & humid) and Hyderabad (composite). In this study, five glass materials such as clear, bronze, green, grey and blue-green were selected. Total three hundred and twenty building models with and without window overhangs were designed in four climatic zones of India using Design builder 4.3.0.039. Thermal simulation was carried out in Energy plus 8.1 simulation tool. From the results, it is observed that laterite buildings with grey glass window with 1.5m overhang shading device were found to be energy efficient from the least heat gain point of view in south direction among three hundred and twenty building models studied in four climatic zones of India. The results of the study help in selecting the best window glass material and also help in selecting appropriate dimensions for overhang shading device for reducing cooling loads in buildings. © 20162016 The The Authors. -
The Receptivity of Roofs for Solar Panels
Title: The Receptivity of Roofs for Solar Panels Author/Corresponding Author: Ian Shapiro, P.E. President Taitem Engineering, P.C. 110 S. Albany Street Ithaca, NY 14850 [email protected] v: (001) 607-277-1118 x115 f: (001) 607-277-2119 Abstract: The importance of roof design to host solar panels is increasingly recognized. Orientation, roof pitch, roof type, and a variety of obstructions all work to either make a roof receptive to solar panels, or difficult for solar panels to be installed, or something in between. This paper proposes a roof property which might be called receptivity, to characterize the degree to which a roof is or is not well-suited for solar panels. The characteristics of a receptive roof are explored. A scoring system is proposed for this property of receptivity. A variety of roof types are evaluated with the proposed scoring system, and a number of real roof examples are scored and examined. Best practices to encourage roof receptivity are offered. Keywords: solar, panel, roof, obstacle, receptivity The Receptivity of Roofs for Solar Panels 1. Introduction Roofs are a logical location for solar panels. Elevation reduces the risk of shading by the building itself, adjacent buildings, vegetation, or other sources of shadow. Limited access on a roof reduces the risk of vandalism and theft. Roofs can provide a ready- made structural support. However, roofs are generally not designed or built to host solar panels. Roof orientation, relative to the sun, is often poor. Roof-mounted building components such as chimneys, plumbing vents, and fans often interfere with a good potential solar panel location. -
MINUTES of the REGULAR MEETING Thursday, July 18, 2019 TOWNSHIP of MANALAPAN – Courtroom Manalapan, NJ 07726
July 18, 2019 Page 1 of 4 MANALAPAN ZONING BOARD OF ADJUSTMENT MINUTES OF THE REGULAR MEETING Thursday, July 18, 2019 TOWNSHIP OF MANALAPAN – Courtroom Manalapan, NJ 07726 Chairman Stephen Leviton called the meeting to order with the reading of the Open Public Meetings at 7:30 PM followed by the salute to the flag. Roll Call: Janice Moench In attendance at the meeting: Mollie Kamen, Terry Rosenthal, Larry Cooper, Adam Weiss, Stephen Leviton, Mary Anne Byan, David Schertz, Robert Gregowicz. Absent from the meeting: Eliot Lilien, Eric Nelson Also, present John Miller, Esq., Zoning Board Attorney Nancy DeFalco, Zoning Officer Janice Moench, Recording Secretary MINUTES : A Motion was made by Mr. Weiss, Seconded by Mr. Schertz, to approve the Minutes of June 20, 2019 as written. Yes: Rosenthal, Cooper, Weiss, Leviton, Byan, Schertz, Gregowicz No: None Abstain: None Absent: Lilien, Nelson Not Eligible: Kamen, Lilien RESOLUTIONS: A Motion was made by Mr. Weiss, Seconded by Mr. Cooper to approve the Resolution of memorialization of approval for Application ZBE1907/ZBE1908 Rehold Inc. & Peoplemover LLC. Yes: Rosenthal, Cooper, Weiss, Leviton, Byan, Schertz, Gregowicz No: None Abstain: None Absent: Nelson, Lilien Not Eligible: Kamen A Motion was made by Mr. Weiss, Seconded by Ms. Byan to approve the Resolution of memorialization of approval for Application ZBE1918 Vasiliki Arvantis. Yes: Rosenthal, Cooper, Weiss, Leviton, Byan, Schertz No: None Abstain: None Absent: Nelson Not Eligible: Kamen, Lilien, Gregowicz July 18, 2019 Page 2 of 4 A Motion was made by Mr. Weiss, Seconded by Mr. Schertz to approve the Resolution of memorialization of approval for Application ZBE1923 Eric Habrack. -
Roof Overhang and Building Coverage
M E M O R A N D U M To: Development Services staff From: Matthew Seubert for Tina Axelrad, Zoning Administrator Date: May 24, 2018 (Revised: 5/14/2020) Re: Denver Zoning Code Clarification — Roof Overhang and Building Coverage Summary This memo provides a written clarification that addresses the following related questions: • At what point is an eave or roof overhang so large that it is considered the roof of a partially enclosed structure? • When does a roof overhang count towards building coverage? In general, and as explained below, a Roof Overhang or Eave that is 3’ or less does not count towards building coverage. A Roof Overhang of 3’ or less may be permitted to encroach into required Setbacks, depending on the zone district and the allowed setback encroachments. A Roof Overhang in excess of 3’ is considered a roof of a Partially Enclosed Structure and counts towards allowed building coverage of the Zone Lot. Discussion – Code Analysis Relevant DZC sections include Sections 4.3.7.4.B.1 and similar provisions in the DZC, Articles 3-9, which specify requirements for setback encroachments. For example, Gutters and Roof Overhangs are permitted to encroach up to 3’ into the Primary and Side Street Setback area in all E Zone Districts, because they are considered minor architectural elements that do not negate the intent of setbacks remaining open to the sky. The Rule of Measurement (ROM) (DZC 13.1.5.13) for Building Coverage, Gross Area of Footprint, states: For purposes of building coverage, ‘gross area of footprint’ shall include: 1. -
Roof Framing
CHAPTER 2 ROOF FRAMING In this chapter, we will introduce you to the Intersecting fundamentals of roof design and construction. But, The intersecting roof consists of a gable and valley, before discussing roof framing, we will first review or hip and valley. The valley is formed where the two some basic terms and definitions used in roof different sections of the roof meet, generally at a 90° construction; we will then discuss the framing square angle. This type of roof is more complicated than the and learn how it’s used to solve some basic construction problems. Next, we’ll examine various types of roofs and rafters, and techniques for laying out, cutting, and erecting rafters. We conclude the chapter with a discussion of the types and parts of roof trusses. TERMINOLOGY LEARNING OBJECTIVE: Upon completing this section, you should be able to identify the types of roofs and define common roof framing terms. The primary object of a roof in any climate is protection from the elements. Roof slope and rigidness are for shedding water and bearing any extra additional weight. Roofs must also be strong enough to withstand high winds. In this section, we’ll cover the most common types of roofs and basic framing terms. TYPES OF ROOFS The most commonly used types of pitched roof construction are the gable, the hip, the intersecting, and the shed (or lean-to). An example of each is shown in figure 2-1. Gable A gable roof has a ridge at the center and slopes in two directions. It is the form most commonly used by the Navy. -
ROOF TILES Build Something Great™ ROOF TILES TECHNICAL INFORMATION GUIDE
BORAL ROOF TILES Build something great™ ROOF TILES TECHNICAL INFORMATION GUIDE December 2017 Roof Tile Manual Contents Introduction 3 Concrete Roof Tiles 31 Foreword 4 Capri SA 32 Important 4 Contour NSW, VIC 33 Quality Control 4 Linea NSW, QLD 34 Specifications 4 Linea SA 35 Local Authorities 4 Linea VIC 36 Performance 4 Macquarie NSW, VIC, QLD 37 Safety 4 Slimline NSW, VIC, QLD 38 Designer Ceramic + Terracotta 5 Striata SA 39 Concrete 5 Striata VIC 40 Roofing Terminology 6 Vogue NSW, QLD 41 Vogue SA 42 Design Considerations 11 Vogue VIC 43 Code Considerations 12 Standards 12 Accessories 45 Bushfire Attack Levels (BAL) 12 Terracotta Accessories 46 Wind Forces 12 Designer Ceramic Accessories 48 Terrain Categories 13 Concrete Accessories 49 Basic Wind Regions 14 General Accessories 50 Fixing Tile Roofs in Cyclonic Regions 15 Installation Details 51 Minimum Roof Pitch 15 Preparation for Installation 52 Maximum Rafter Lengths 15 Tile Set Out 52 Maximum Rafter Lengths - No Sarking 15 Counter Battens 55 Sarking 16 Valleys 56 Insulation 16 Fascia Height 56 Ventilation 16 Barge Height 57 Performance Characteristics 17 Anti-Ponding Boards 57 Thermal Performance 18 Laying the Roof 57 Acoustic Performance 18 Roof Tile Fixing Systems 58 Water Collection 18 Sarking 59 Testing: AS 2049 - Roof Tiles 20 Ridge Systems 60 Testing: AS 2050 - Installation of Roof Tiles 20 Ridge Installation 60 Fire Resistance 21 Hip Details 63 Valley Boards 63 Terracotta Roof Tiles 23 Sarking at Valleys 63 French 24 Valley General 64 Swiss 25 Barge/Gable Systems 64 Designer Ceramic Roof Tiles 27 Roof and Flashings Details 66 Artline 28 Bedding and Pointing 68 Shingle 29 Roof Completion 68 Wave 30 Architectural Details 69 Frequently Asked Questions 85 Contacts and Further Information 88 2 December 2017 | BORAL ROOF TILES Introduction Roof Tile Manual Introduction Foreword Local Authorities This manual has been prepared to assist the builder, architect Fixing standards and product specifications contained in this leaflet and installer, to specify, detail, prepare and install Boral roof tiles. -
Single Family Home Design Techniques
City of Sunnyvale SINGLE FAMILY HOME DESIGN TECHNIQUES Adopted January 2003 City of Sunnyvale TABLE OF CONTENTS 1. INTRODUCTION 1.1 APPLICABILITY ..........................................SFD 1 1.2 PURPOSE ..............................................SFD 1 1.3 ORGANIZATION .........................................SFD 1 1.4 SUBMITTAL REQUIREMENTS ...............................SFD 2 2. COMMUNITY EXPECTATIONS 2.1 NEIGHBORHOOD PATTERNS .....................................SFD 3 2.2 BASIC DESIGN PRINCIPLES .......................................SFD 7 2.3 REVIEW CRITERIA ...............................................SFD 8 3. DESIGN TECHNIQUES 3.1 NEIGHBORHOOD PATTERNS ...............................SFD 9 3.2 PARKING ...............................................SFD 10 3.3 ENTRIES ................................................SFD 12 3.4 SECOND FLOORS ........................................SFD 13 3.5 ROOFS ................................................SFD 17 3.6 PRIVACY AND SOLAR ACCESS ..............................SFD 18 3.7 MATERIALS .............................................SFD 20 3.8 WINDOWS AND DOORS ..................................SFD 21 3.9 DECORATIVE ELEMENTS ...................................SFD 23 3.10 ACCESSORY STRUCTURES ................................SFD 25 3.11 LANDSCAPING .........................................SFD 25 4. EXAMPLES 4.1 COMMON PROBLEMS ....................................SFD 27 4.2 SUCCESSFUL INFILL EXAMPLES .............................SFD 29 5. GLOSSARY ...............................................SFD -
The Impact of Overhang Design on the Performance
Effects of Overhangs on the Performance of Electrochromic Windows Aslihan Tavil* † and1Eleanor S. Lee** *† Department of Architecture, Faculty of Architecture, Istanbul Technical University, Taşkışla, TR- 34437, Istanbul, Turkey. Tel: +90 212 293 1300/ 2356 (ext); Fax: +90 216 567 4977; E-mail: [email protected] ** Building Technologies Department, Environmental Energy Technologies Division, Lawrence Berkeley National Laboratory, Mailstop 90-3111, 1 Cyclotron Road, Berkeley, CA 94720, USA. E-mail: [email protected] Submitted 2 December 2005; accepted 20 July 2006 Running head: Overhangs and the Performance of Electrochromic Windows Abstract In this study, various facade designs with overhangs combined with electrochromic (EC) window control strategies were modeled for a typical commercial office building in a hot and cold climate using the DOE 2.1E building energy simulation program. EC windows were combined with overhangs since opaque overhangs provide protection from direct sun which EC windows are unable to do alone. The window wall was divided into an upper and lower aperture so that various combinations of overhang position and control strategies could be considered. The overhang was positioned either at the top of the upper window aperture or between the upper and lower apertures. Overhang depth was varied. EC control strategies were fully bleached at all times, modulated based on incident vertical solar radiation limits, or modulated to meet the design work plane illuminance with daylight. Annual total energy use (ATE), peak electric demand (PED), average daylight illuminance (DI), and daylight glare index (DGI) for south-facing private offices were computed and compared to determine which combinations of façade design and control strategies yielded the greatest energy efficiency, daylight amenity, and visual comfort.