Basement wall design example PDF

retaining walls: restrained (basement) walls, gravity walls, and segmental retaining walls both gravity and with geogrids. Other topics include sheet pile walls, tilt-up retaining walls, soldier pile walls, gabion design examples have been reviewed, corrections made where needed and explanations added. A glossar Basement Foundation Wall - The basement foundation wall (Figure 1e) may act as cantilever retaining wall. - The first floor may provide an additional horizontal reaction similar to the basement floor slab, however, thereby making the wall act as a vertical beam. - This wall would then be designed as a simpl Number of Storey: (BASEMENT+G+2) Type of construction : R.C.C Framed Structure Shape of Building :Rectangular Number of staircase: one Number of Lift: One Type of Walls : Brick Wall Dimensions Of Beams B 1 230x300 mm B 230x380 mm Dimensions of Column C 1 230x380 mm C 2 230x460 mm C 3 230x600 m • Shear Walls Design Examples: • 2012 IBC/IRC Recognition • 2012 WFCM Prescriptive • 2012 WFCM Engineered • 2008 SDPWS • Anatomy of a Shear Wall • Elements of a shear wall • Strength and stiffness • Detailing and limitations Outline 6 AWC Design Standard The wall may be restrained from moving, for example; basement wall is restrained to move due to slab of the basement and the lateral earth force in this case can be termed as P m. 2. Active Lateral Earth Pressure: In case of the wall is free from its upper edge (retaining wall), the wall ma

Slab with basement walls as a part of the mat: the walls act as stiffeners for the mat (Figure e). Example 8.3/4 See example 8.3/4 in textbook, page 363. In this design, a deeper basement is made below the higher portion of the superstructure, so that the net pressure increase in soil at any depth is relatively uniform provides a step-by-step method to design homes using insulating concrete form wall systems and demonstrates the design procedure in a comprehensive design example. Design aids in the form of graphs, charts, and tables are provided to assist designers 5. Shear Wall Analysis and Design - spWall Software spWall is a program for the analysis and design of reinforced concrete shear walls, tilt-up walls, precast wall and insulate concrete form (ICF) walls. It uses a graphical interface that enables the user to easily generate complex wall models. Graphical user interface is provided for The following worked example is for a free-standing cantilever wall that is considered sufficiently flexible for active soil pressures to be used for design. Where used as integral basement walls they are often buttressed by return walls and floor diaphragms which ma wall, slab, pier, pile, or a combination of these elements. This course will addresses the grade. A basement is typically defined as a portion of a building that is partly or design procedures are used to design the connections between the foundation system an

FLOOR PLAN FOR BASEMENT FINISH TYPICAL WALL SECTION Fire blocking is required between the top plate of the furred wall and foundation wall. Fire blocking material may consist of: gypsum board, mineral wool, unfaced insulation, 3/4 particle board or 2 inch nominal lumber. Insulation, minimum R-13 Any wood framing members attached directl Example 5 Design a reinforced concrete bearing wall to support a series of steel wide-flange beams at 8 ft-0 in. o.c. Each beam rests on a bearing plate 6 in. ×12 in. The wall is braced top and Design Considerations for Basement Walls. Title: Microsoft PowerPoint - HANDOUT b. Retaining Walls exterior walls and 30 inches for interior walls. If shear reinforcement is required for in-plane strength, s shall not exceed the smallest of 3h, 18 inches, l w /3. For walls with thickness greater than 10 inches, except single story basement walls and cantilever retaining walls, distributed reinforcement in each direction shal Basement wall design example. As an example, let's consider a basement wall in a building, which is a restrained retaining wall with a level backfill, subject to the traffic surcharge load shown. Apply a vertical concentrated load on top of the stem as a reaction of the upper levels of the structure experienced by the vertical wall on which the pressure is acting as shown in Figure 2 (Page 4). In this course, we will use the word wall to mean the vertical plane on which the earth pressure is acting. The wall could be a basement wall, retaining wall, earth support system such as sheet piling or soldier pile and lagging etc

Basement wall design 1. CIVIL ENGINEERING TRAINING CENTER (BIM-CETC) RC DESIGN Prepared By: Mr. SENG PHEARAK (M.ENG, S.E) PAGE: 243 SECTION 18: BASEMENT RETAINING WALL DESIGN 1. Determine the thickness and necessary reinforcement for the basement retaining wall shown in Figure below Basement Retaining Wall Design Example Structural Support Cracked Foundation Wall Belmar NJ. Engineering International Structural Design Software. Insulate Basement Walls Using XPS Foam Board. Basics of Retaining Wall Design. Retaining wall Wikipedia. Retaining Wall Design Example Applied And. Waterproofing a Retaining Wall 10 tips from our. Lateral Matt Foundation Design 204 Basement Wall Design 205 . Calculation Package 300-1 FLOOR AND ROOF FRAMING Floors for the structure are composed of cast-in-place post-tensioned concrete slabs over post tensioned slab beams. The following is a discussion of the design of these elements. Garage Floor Framing:. Example Problem: Buried Concrete Basement Wall Design. Problem Statement Provide a detailed design for a new buried concrete basement wall in a single-story masonry building using the given information below. Given Information See Figure 1 for general layout and dimensions of wall section. Given Information Applicable Design Code is ACI 318-05. Maryland Drawing Number. Drawing Description. DWG. PDF. MD_0704. Design Guide 8, 8 Retaining Wall Corner: CW-C8. DWG. PDF. MD_0705. Design Guide 8, 10 Retaining.

Basement Wall Design Example Using ASDIP RETAIN Structural

The design example, Buried Concrete Basement Wall Design, details strength design (durability and other considerations not included) for a new buried concrete basement wall in a single-story masonry building. The example follows the provisions of ACI 318-11, Building Code Requirements for Structural Concrete Fig. 15.1 Typical retaining walls. While propped cantilevers (e.g. basement wall propped by ground floor slab) have a maximum bending moment (for a udl) of pH^2 /8, compared to that of a free cantilever of pH^2 /2, they are not frequently used in building structures. This is because the wall must either be temporarily propped, or not.

The next feature we will add in the basement plan is the pilaster. This element gives extra mass to the portion of the wall where the I-beam will rest. There is a pilaster on both sides of the basement wall and they are 180 degrees apart The purpose of this design example is twofold: 1. To demonstrate the design of a solid reinforced concrete wall for fl exure and shear, including bar cut-offs and lap splices. 2. To demonstrate the design and detailing of wall boundary zones. The design example assumes that design lateral forces have already been determined for the structure an Retaining Walls - A wall that retains soil or other materials, and must resist sliding and overturning. Can have counterforts, buttresses or keys. Basement Walls - A wall that encloses a basement space, typically next to a floor slab, and that may be restrained at the top by a floor slab pressures are transferred at the basement walls. FEMA 451B Topic 14 Notes Foundation Design 14 - 6 Instructional Materials Complementing FEMA 451, Design Examples Foundation Design 14-6 Load Path and Transfer to Soil Vertical Pressures - Deep Design Examples Foundation Design 14-1 Retaining wall Design Design example-1 Design a cantilever retaining wall (T type) to retain earth for a height of 4m. the backfill is horizontal. The density of soil is 18kN/m3. Safe bearing capacity of soil is 200 kN/m2. Take the co-efficient of friction between concrete and soil as 0.6. The angle of repose is 30 degrees

Suggest Suitable Dimensions for the RC Retaining Wall Example 1: Cantilever RC Retaining Wall 10 kN/m2 m 500 mm h = 400 0.6h = 240 2h = 800 h = 400 B = 0.6H to 0.7H = 3200 H = 4900 2000 2.71 kN/m2 27.9 kN/m2 25.9 kN/m2 Active Soil Pressure, Foundation Engineering Sheet Pile Walls Introduction Sheet piles are a temporary structures used to retain a soil or water for a specific period of time, to build a structure in the other side of this wall. For example; if we want to build a structure with three basement floor design. It is useful with high shear values and for seismic design. The limiting masonry strength is 0.80 f' m. Criteria for Column Design (Masonry Joint Code Committee) Building Code Requirements and Commentary for Masonry Structures define a column as having b/t < 3 and h/t > 4. where b = width of the wall t = thickness of the wall


Basement wall design - SlideShar

  1. Walling Guide No 4: Design For Earth Loads - Retaining Walls, which set out a design methodology and safe load tables for these structures. It included: n Ultimate load design with material factors based on characteristic soil properties, partial load factors consistent with AS 1170.1 and structure designs to AS 3700 and AS 3600
  2. walls. It is hoped that this generic specification will be helpful for design engineers not familiar with the shotcrete process. The authors take no responsibility for the use of this Guide Specification on any specific project. It is the responsibility of the design engineer to modify/add to the specification a
  3. The wall must be axially loaded ACI 318-14 ( The wall must be subjected to an out-of-plane uniform lateral load ACI 318-14 ( The wall shall be tension-controlled ACI 318-14 ( The reinforcement shall provide design strength greater than cracking strength ACI 318-14 ( P
  4. The Seismic Design Category is Category D. Reinforced masonry design requires that a grout/reinforcement spacing be assumed. The grout spacing affects the wall weight, which in turn affects the seismic load. Assume a grout spacing of 48 in. o.c. Check Load Combination G (0.6D + 0.7E)

ACI Example Problem - Buried Concrete Basement Wall Design

  1. research, provisional recommendations for the design of building basement walls are presented, and the impact on the structural design of the basements is discussed. Introduction . The building code is generally a set of model code regulations that are designed to safeguard the public health
  2. pile walls, braced walls, diaphragm walls and pile walls. This article describes various excavation supporting systems that are in vogue essentially contiguous pile wall and its advantages. A detailed design methodology of an excavation supporting system is furnished in this study. A case study on th
  3. to only basement walls that serve as site walls and are not structural elements of habitable structures. Site walls maybe structuralelementsofdecks,carports,patios,storagebuildings,etc. in which these structures are non-habitable and support only their roofs. Case 1 - Design of Retaining Wall (Hretaining ≤ 6 ft)

Structural Design Loads for One- and Two-Family Dwellings is based on a compilation and simplification of best practices for the design and construction of homes in the United States. It is intended to supplement current standards of design such as found in national model buildin height basement wall to a 36 crawlspace wall could bring savings of between 30%-40% depending on the market. These savings could increase if a foundation wall system such as a concrete masonry block wall was chosen in the design phase. www.PHRC.psu.edu Figure 1: Typical design options for crawlspace not adequately supported as the design intends. This is most likely to occur when heavy equipment gets too close to the walls during the backfill proc-ess or when pressure due to backfill material ex-ceed that anticipated in the design, for example with liquefied soils. WHY do Basement Cracks Occur? Some cracking is normal in concrete basement. Figure 28 - Anchoring floor system to concrete block foundation wall: bearing plate at each end. Secure anchoring to the beam is important (fig. 29). Wood posts should be solid, pressure-treated, and not less than 6 by 6 inches in size for freestanding use in a basement. When combined with a framed wall, they ma

MD 0700-0799 - Reinforced Concrete Walls NRCS Marylan

ETC10 Design Examples Intro (version 07/07/2009) ETC 10 - Evaluation of Eurocode 7 Eurocode 7 Design Examples 2 The online questionnaire is also provided in PDF format so that you can Earth and pore water pressures on basement wall 5. Embankment on soft peat 6. Pile foundation in sand Wall Framing - Wood or metal studs may be used. Non-bearing walls may be constructed of 2X4 or 2X3 studs spaced a maximum of 24 inches on center, or with 2X4 flat studs (long dimension of the stud parallel to the wall) spaced a maximum of 16 inches on center. Utility grade studs are permitted for non-bearing walls up to a height of 10 feet. Non DESIGN AND ANALYSIS OF RETAINING WALLS 8.1 INTRODUCTION Retaining walls are structures used to provide stability for earth or other materials at their natural slopes. In general, they are used to hold back or support soil banks and water or to maintain difference in the elevation of the ground surface on each of wall sides. Also, retainin Example #1. Design a square reinforced concrete footing for the following conditions: - The column has a DL = 100 kips, a LL = 120 kips, and is a 15 x 15 with 4 #8 bars; - The footing is upon a soil with q all = 4 ksf with a FS=2.5; use f' c = 3000 psi and ƒy = 50 ksi. Solution. Step 1. Find the footing dimensions (for service loads.

Basement Retaining Wall Section Detail

Wall Design were developed with the support of the City of Nanaimo. These guidelines will assist Engineering Professionals in undertaking the design of Retaining Walls in a consistent manner, incorporating best practices such as providing complete documentation, and followin DESIGN OF BASEMENT & SITE RETAINING WALLS ISSUE: Building Code Section 1805.5 requires foundation walls to be designed in accordance with Chapters 19 or 21 for concrete or masonry, respectively. Section 1610.1 requires retaining walls to be designed to resist the soil loads in Table 1610.1, unless otherwise specified by a soils investigation Worked examples presented at the Workshop Eurocode 7: Geotechnical Design Dublin, 13-14 June, 2013 Support to the implementation, harmonization and further development of the Eurocode Design & Construction A Stair is a system of steps by which people and objects may pass from One side wall = 70cm Two side walls = 80cm Tread dimensions. Handrails may project a max. of 9cm into the required width. Handrails height should be between 86.5- 96.5 cm. Handrails Basement Retaining Wall Design Example Craftsman Style House Plan 3 Beds 2 00 Baths 1891 Sq Ft. How to Waterproof a Basement Family Handyman. ANALYSIS AND DESIGN OF A RETAINING WALL Gross Archive. Retaining Wall Design Example Applied And. Retaining wall Wikipedia. Design of Retaining Wall and Support Systems for Deep. Basement conversion and.

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Basement wall Design calculation - Structural engineering

  1. The way it is now, we were originally going to have a 10 basement wall, but will likely do 8 cause we'll need less flexural rebar in addition to less concrete. PCA notes for older ACI mention this condition may be satisfied by plain concrete design, but if that is what 11.6.1 is for, why wouldn't they explicitly state it?.
  2. Shear Walls 12 Frame Models Seismic Design of Special Reinforced Masonry Shear Walls A Guide for Practicing Engineers NEHRP Seismic Design Technical Brief No. 9 Shear Walls 25 Example: Perforated Shear Wall Central pier carries about 85% of shear; can design for entire shear Good practice would be to add control joints 10' 18' 5' 3' 7.
  3. Cast the next floor level, repeatCast the next floor level, repeat the process.the process. 7.7. Can use non-suspended slab forCan use non-suspended slab for the basement slab.the basement slab. Top-Down Construction. 45. Typical sequence of top downTypical sequence of top down constructionconstruction. 46

E-702.4(13) Buried Concrete Basement Wall Desig

  1. For example, a 10-foot basement wall backfilled with a moderately soft clay soil in an undrained condition feels a load of 4,000-plus pounds per foot — close to four times the approximately 1,250 pounds per foot of wall experienced by an 8-foot basement backfilled with sand or gravel. To handle the load, the taller wall in the heavier soil.
  2. June 22, 2020. Neutral Basement Features a Sectional and Wood Accents. This expansive finished basement features lightly colored carpeting and recessed lighting throughout. A wall-mounted TV sits opposite a large gray sectional, and warm wood accent furniture is spread around to help anchor the light, neutral space
  3. ACI E702 Example Problems Buried Concrete Basement Wall L. H. Taber, PE Page 1 of 9 Example Problem: Buried Concrete Basement Wall Design Problem Statement Provide a detailed design for a new buried concrete basement wall in a single-story masonry building using the given information below. Given Information See Figure 1 for general layout and dimensions of wall section
  4. Geotechnical Design of Cantilever Retaining Walls to Eurocode 7. In the design of civil engineering structures, retaining walls are normally used to retain soil (earth materials), and they are usually found on embankments, highways, basement of buildings, etc. This publication presents an example on the design of retaining structures

Builder's Engineer: Retaining walls and basements

Traditionally, residential basement walls have been constructed of plain (unreinforced) concrete masonry, often designed empirically. Walls over 8 ft (2.4 m) high or with larger soil loads are typically designed using reinforced concrete masonry or using design tables included in building codes such as the International Building Code (ref. 4) Design Guide Slurry Wall December 2008 Page 4 of 43 xSlurry walls permit the use of top-down construction techniques which shortens the duration of surface disruption and permits early construction of above grade works. xSlurry walls are stiffer than other types of walls. xSlurry walls often eliminate the need for underpinning existing structures Retaining walls are structure used to retain soil, rock or other materials in a vertical condition. Hence they provide a lateral support to vertical slopes of soil that would otherwise collapse into a more natural shape. Most common materials used for retaining walls are DESIGN OF REINFORCED CONCRETE WALL - Compression member - In case where beam is not provided and load from the slab is heavy - When the masonry wall thickness is restricted - Classified as o plain concrete wall, when rein. < 0.4%. o Reinforced concrete wall, when rein. > 0.4%. Load from slab is transferred as axial load to wall For example, if the gauge reads 10 psig then, using the above equation, the absolute pressure would be 24. 7 psia: 10 psig + 14.7 psi = 24.7 psia . Ordinary heating, ventilating, and air conditioning duct systems read air pressures at 0.4 psi or less, often much less. 1 psi equals 27.7 inches of water gauge; a common duc

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EGBC Retaining Wall Desig

Save Photo. Liberty Lake Basement Wet Bar. By Kimberlee Kristine. Inspiration for a mid-sized transitional walk-out laminate floor and brown floor basement remodel in Seattle with gray walls, a standard fireplace and a stone fireplace. Another Basement bar/kitchen option - abbiebunge. Save Photo. 4626 N Dittmar Road These basement walls are subjected to different forces and loads which will require standard design and construction practice to achieve the desired quality. There are certain functional requirements every underground or basement wall must possess to attain durable service period ASDIP RETAIN is a structural engineering software utilized by engineers for retaining wall design. ASDIP RETAIN is based upon the latest IBC / ACI 318 specifications.. ASDIP RETAIN software is also able to design block retaining walls per the latest MSJC provisions. This software substantially simplifies time-consuming calculations for structural engineering design wall design even under quite severe loading conditions. No significant damage or failures of retaining structures occurred in the recent earthquakes such as Wenchuan earthquake in China (2008) and, or the large subduction zone earthquakes in Chile (2010) and Japan (2011) Example concrete wall form design problem showing the design of spacing & capacity for studs, wales and ties. Spacings are chosen based on closest multiple.

If you're planning to use the basement as an entertainment area, a stairway off a main entrance or living area offers good access for guests. Placing a stairway along a basement wall opens up the basement for maximum floor plan possibilities. Stairway design. The basement stairway can be as attractive as the main stairway of a two-story home basement ceiling. The most economical way to fill closed cavities in finished walls is with blown-in insulation applied with pneumatic equipment or with sprayed-in-place foam insulation. The different forms of insulation can be used together. For example, you can add batt or roll insulation over loose-fill insulation, or vice-versa Advanced Foundation Engineering by Dr. Kousik Deb,Department of Civil Engineering,IIT Kharagpur.For more details on NPTEL visit http://nptel.ac.i

ACI 318-14 Wall Minimum Reinforcement - Basement Walls

walls and support systems for deep basement construction requires careful analysis, design and monitoring of performance. This is because the risk associated with the works is high and recent high profile failures involving deep excavation (e.g. Nicoll Highway wall system. For projects in design, the wall designer will be provided the soil parameters to use in the design of the flexible wall system. For projects in construction, the soil and loading parameters for the design of the detailed wall are as indicated in the contract plans. If a flexibl

(07) basement - SlideShar

Retaining Walls - A wall that retains soil or other materials, and must resist sliding and overturning. Can have counterforts, buttresses or keys. Basement Walls - A wall that encloses a basement space, typically next to a floor slab, and that may be restrained at the top by a floor slab 6. Design examples 6. Designexamples 6.1 Chapter 6. Design examples 6.1: permeable pavement (level 1) and sheet Flow to Conservation area The site plan and drainage area map for Example 1 is shown in Figure 6.1.1. The site is a small commercial facility that hosts receptions and social events and therefore has a large number of parking spaces There are 2 phases in the design of a retaining wall; The retaining wall is checked for stability: overturning, sliding and bearing capacity failures. Each component of the retaining wall is checked for adequate strength and the steel reinforcement. Empirical relationships related to the design of walls (Azizi, 2000 Practical examples are retaining walls, bridge abutment walls or tank walls, for which the results can be used in order to assess the risk and intensity of harmful separating cracks over the wall. basement wall footing, not the base of the stem wall. Note tar joint between floor slab and stem wall. Subdrainage behind walls allows their design loads to be reduced by 42% to as much as 184%

Designing Concrete Basement Walls - HomeAdviso

retaining wall.Choice of retaining wall structure depends on the depth of basement structure, its superstructure load condition and surrounded ground water table conditions.Though R.C.C retaining wall is more costlier than brick masonry retaining wall, now a days RCC retaining wall plywood installation to exterior walls conventional lumber horizontal joint detail at floor level allow for shrinkage when using conventional lumber plywood sheathing 1/2 gap galv. z flashing horizontal joint detail within wall block behind horizontal panel joints of sheathing for all shear walls plywood sheathing galv. z flashing 1/8 ga

Raft foundation - Engineering Feed

75 Beautiful Finished Basement Ideas and Designs HGT

The whole design of the foundation, superstructure, and characteristics of the ground should be studied to obtain the economy in construction work. Concrete and Mortar Ratio for Foundation. The cement concrete 1:8:16 is generally used in the foundation of walls in construction work Here is a snapshot of my basement design with furniture layout . To zoom in to the detail open the PDF version of the finished basement design. Click here for the PDF of the detailed finished basement design with electrical. 6 Steps to Designing Your Finished Basement. Step 1 Measure the existing basement walls. You can do this yourself in. Retaining Walls Page 2 First Floor Basement Floor Footing Stem Basement Wall Foundation Ground Level . Dr. Mohammed E. Haque, P.E. Retaining Walls Page 3 Bearing Plate Bridge Girder Back-wall Piles Pile Cap Bridge Abutment Ground Level Back Fill . Dr. Mohammed E. Haque, P.E

Daylight Basement. Pay attention to corner details when insulating a daylight basement (see Figures 2-12 and 2-13 for examples). Anywhere the slab in a daylight basement is within 24 inches of the finish grade, perimeter slab insulation is required. Note: Ducts and pipes in the slab and combustion air requirements are the sam DESIGN AND DETAILING OF RETAINING WALLS. 3 Gravity retaining wall GL1 GL2 Retaining walls are usually built to hold back soil mass. However, retaining wallscanalsobeconstructed for aesthetic landscaping purposes. RETAINING WALL Design Example Cantilever retaining wall. Depth of foundatio of non-yielding walls adjacent to strip footing experimentally and analytically. Parameters investigated during this study are footing depth below ground surface, horizontal distance from the basement wall to the footing, footing contact pressure, and width Cripple walls are the short wood stud walls that enclose a crawl space under the first floor. Cripple walls are used to support a dwelling between the concrete foundation and the floor of a dwelling and to elevate the dwelling above ground to allow access to the utility lines or to level a dwelling built on a slope

2-DESIGN EXAMPLE OF BRW - ACI E702 Example Problems Buried

a. stem wall - 6' high x 70' long b. basement wall - 9' high x 77' long c. left side retaining wall left side of house - 8' high x 12' long 10. if length of concrete walls exceed estimated lengths, Customer will pay additional costs as follows (Customer will also receive a credit if lengths are less than estimated) II. RETAINING WALL DESIGN LABC 1807.2.2 Design lateral soil loads. Retaining walls shall be designed for the lateral soil loads set forth in Section 1610. LABC 1807.2.3 Safety factor. Retaining walls shall be designed to resist the lateral action of soil to produce sliding and overturning with minimum safety factor of 1.5 in each case. The loa Constitution D J LeeCBE BScTech DIC FEng FIStructE FICE Chairman, (until April 1995) (previously G Maunsell & Partners) R S Narayanan BE(Hons) MSc DIC FEng FIStructE Chairman, (from May 1995) (S B Tietz & Partners) ProfessorAWBeebyBSc(Eng) PhD CEng MIStructE MICE (University of Leeds) PG CobbCEng MICE (Sir Robert McAlpine & Sons Ltd walls are encountered, it is often not possible to shore these walls without reinforcing the footing. In some cases the entire footing must be rebuilt prior to both shoring and underpinning. In extreme cases entire walls have to be rebuilt. A second consideration is the moment and shear capacity of the walls being underpinned

MasterSeries | Retaining Wall Design Software | GravityForces acting on the shear wall structure and forces and

Design Load Tables, provides design require-ments for anchorage of the manufactured home to the foundation and recommended footing sizes. Appendix C, Foundation Capacities Ta-bles, provides design capacities for foundation uplift and withdrawal, based on the foundation type chosen (wood, concrete masonry or cast-in-place concrete) bracing design whether the masonry walls are braced in the traditional manner using external components or by Internal Bracing, that is, the more recent method of using the constructed masonry's inherent strength to provide stability during wall construction The Steeler Technical Design Catalog is a collection of typical designs for steel framing and connections to help guide with your design process. The Calalog should only be used as a guide, as these are F4 Floor to Load Bearing Wall Connection F5 Floor Bearing on I-Beam Connection F6 Lapped Joists F7 Continuous Jois Chapter 3 - Design Loads for Residential Buildings Typical Load Combinations Used for the Design of TABLE 3.1 Components and Systems1 Component or System Foundation wall (gravity and soil lateral loads) Headers, girders, joists, interior load-bearing walls and columns, footings (gravity loads) Exterior load-bearing walls an Design methodology for high-rise structures. Ian S. McFarlane, P.E., is a Senior Design Engineer at Magnusson Klemencic Associates (MKA), a structural and civil engineering firm headquartered in Seattle, Washington. He is the firm's in-house foundation design specialist, and has experience designing a numbe basement structures provided depth-aver aged design accelerations are considered. Introduction The introduction of more stringent seismic design provisions in recent updates of design codes, e.g. IBC 2012 and FEMA 750, has increased the demand on seismic design of retaining walls and basement structures and, hence, there is a need fo