Light Gauge Steel
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Light gauge steel framing is a non-combustible alternative to light wood framing that is dimensionally and nominally equivalent. It is made from cold-formed sheet steel that is bent into C-shapes and runner channels with pre-punched holes. It must be braced using channels and straps until sheathing is attached, as the members can easily twist and bend. It provides an equivalent to light wood framing for studs, joists, and other framing elements while saving on trees.
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This document provides guidance on the design of lacing and battens for built-up compression members. It discusses the key design considerations and calculations for both single and double lacing systems, including the angle of inclination, slenderness ratio, effective lacing length, bar width and thickness. Similar guidelines are given for battens, covering spacing, thickness, effective depth, transverse shear and overlap. The document also includes an example problem on designing a slab foundation for a column with given load and material properties.
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This document provides instructions for a site analysis assignment. Students are asked to analyze the site of their home and diagram key elements on a 24" x 36" sheet of tracing paper. Elements to be diagrammed include solar orientation, views, vegetation, paved areas, slope of land, utility locations, wind direction, drainage, sounds, neighbor locations and property boundaries. Students should show this information graphically using various drawing tools and include a north arrow and sun path. The goal is to clearly convey site conditions to assist with planning a potential room addition. The assignment is due at the beginning of class on August 31.
Lecture 1 site analysis
The document discusses the importance of site analysis for building design. Site analysis is the process of studying the existing environment and how it will influence a structure's design and layout. Key factors to consider in site analysis include topography, vegetation, climate, views, and regulatory requirements. Contour lines are used to represent the topography and slope of land, which greatly impacts building foundation and drainage design. Conducting a thorough site analysis is essential before beginning the design process.
ACH 122 F2011 syllabus
This document is the syllabus for an Architectural Materials and Methods II course taught at Anne Arundel Community College. The course is a continuation of studying materials and construction methods used in commercial buildings, with a focus on evaluating structural systems, cladding systems, and construction details. The syllabus outlines the course objectives, required textbooks, grading breakdown, and weekly schedule of assignments and topics to be covered over the semester, including foundations, heavy timber construction, masonry, concrete, steel framing, curtain walls, roofing, and alternative building systems.
Ach 112 400 f 2011 syllabus
This document is the course syllabus for Architectural Design II at Anne Arundel Community College. The course covers basic architectural presentation techniques including pen and ink drawings, colored drawings, model making, and digital/hand drawing combinations. Over 15 weeks students will complete two projects - a poster on a famous architect and a design of the Market House in Annapolis. Grading will be based on phases of the projects, presentations, and a final model. Required materials include drawing pens, pencils, markers, and previous design studio equipment. Department policies also apply to the course.
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This document provides information about an introductory architectural design course offered at Anne Arundel Community College. It outlines the course details including instructor information, a description of what will be taught, learning objectives, grading guidelines, and a schedule of topics and assignments. Students will learn basic architectural drawing techniques like orthographic projection, paraline drawings, and perspective drawings. They will complete two projects - a cube model and drawing, and a cube house design.
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This document provides information about an introductory architectural design course offered at Anne Arundel Community College. It outlines the course details including instructor information, a description of what will be taught, learning objectives, grading guidelines, and a schedule of topics and assignments. Students will learn basic architectural drawing techniques like orthographic projection, paraline drawings, and perspective drawings. They will complete two projects - a cube model and drawing, and a cube house design.
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The document discusses different types of roof membranes, including built-up roof (BUR) membranes made of multiple felts and asphalt layers, modified bitumen roof (MBR) membranes made of polymer-modified asphalt sheets, and single-ply roof (SPR) membranes made of synthetic polymer sheets. It also describes some common polymers used in modified bitumen membranes like SBS and APP and materials used in felts like organic fibers, glass fibers, and asphalt or coal tar coatings. Finally, it mentions two common types of single-ply membranes - EPDM, a synthetic rubber membrane, and PVC or TPO thermoplastic membranes.
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This document discusses a student project to design a prototype mobile home that can be extracted from a shipping container. The prototype home would be approximately 250 square feet and fully mobile like a standard shipping container, able to be transported by truck, train, or ship. The design has the potential to provide disaster relief or low-cost housing globally by making use of surplus shipping containers. The home can be extracted from the container in under five minutes by one person through a system of sliding and rolling rooms on tracks.
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The cargo container revolutionized global trade by standardizing shipping containers. Containers allowed for more efficient loading and transport of goods worldwide. They are a success because they are strong, stackable, and their dimensions fit the needs of shippers and global infrastructure like cranes and trucks.
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The document discusses the model building process used in schematic design and design development. It describes different types of models like concept models, site contour models, and presentation models. It provides guidance on materials to use, such as matte board, foamcore board, and corrugated cardboard. It recommends X-Acto knives for cutting and provides tips for representing vegetation, grass, and roads in an abstract way in models.
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1. The document discusses the history of brick masonry from ancient Roman structures to modern buildings like Camden Yards.
2. It covers various brick bonding patterns, sizes, grades, and qualities as well as the brick making process.
3. The key components of brick masonry are also summarized, including mortar, joints, scaffolding, and structural elements like arches and lintels.
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Masonry loadbearing walls can be reinforced or unreinforced, with reinforcement increasing the load carrying capacity. There are different types of masonry walls including single wythe solid walls, cavity walls with an inner and outer wythe separated by air space, and composite walls made of two different materials. Cavity walls provide insulation and drainage benefits. Masonry walls require flashing at openings and shelf angles to prevent moisture penetration. Thermal insulation can be installed inside the wall cavity, in hollow cores, or on the exterior face. Masonry construction involves integrating masonry walls with other building materials like wood, steel, and concrete.
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This document discusses various types of masonry walls, including reinforced, composite, and cavity walls. It describes anchoring and tying techniques used to join wythes of masonry and supports. Methods for adding reinforcement like grout, rebar, and post-tensioning bars are presented. The document also covers flashing, insulation, expansion/control joints, and potential issues like efflorescence and spalling.
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This document provides an overview of masonry, including definitions of different types of masonry such as brick masonry and concrete masonry. It discusses the history of masonry construction from early native techniques to developments by the Romans. The document also covers mortar ingredients and functions, different types of mortar, basic brickwork terminology, and considerations for choosing bricks.
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The document discusses foundations and excavation for building construction. It covers different types of foundations including shallow foundations, deep foundations like caissons and piles. It describes the installation process for caissons and driven piles. It also discusses site preparation including excavation, controlling groundwater, and different types of footings. Deep foundations like grade beams and drilled piers are highlighted. Waterproofing of below grade structures is summarized.
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The document contains recipes from a materials and methods class at Anne Arundel Community College written in the CSI MasterFormat style. It includes an introduction explaining the assignment to rewrite recipes using the CSI format. The document then provides 11 recipes from students in the class written in the CSI style, including an Oreo mud pie, Mexican layer dip, spinach dip, and others. It aims to teach technical writing while sharing recipes for a party.
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This document discusses basic structural engineering concepts including types of loads like dead and live loads, how loads are applied through stress, load per unit area, and concentrated vs uniform loads. It also covers moments created by force and distance, shear and bending forces, lateral loads, and the shapes of column and beam cross-sections.
ADA dimensions Fall 2009
The Americans with Disabilities Act (ADA) establishes design guidelines for accessibility including minimum space requirements for wheelchairs. This includes a minimum clear width of 32 inches for single wheelchair passage and 36 inches continuously, and 60 inches for two wheelchairs to pass each other. A minimum turning space of 60 inches in diameter or a 60 inch by 60 inch T-shaped space is required for a wheelchair to perform a 180-degree turn. The minimum clear floor space to accommodate a single stationary wheelchair is 30 inches by 48 inches.
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