Lenght Equivalent Diagonal Strut (Equivalent Masonry infilled wall) to Sap and Etabs
This spreadsheet calculate depth frame, inputs to Sap and Etabs, this as alternative method to simulate masonry infilled wall using Equivalent Diagonal Strut, only frame model.
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BS 6093:2006 Design of joints and jointing in building construction. Guide
This British Standard gives recommendations for the design of joints and the use of jointing products in building construction. Following an analysis of joint functions and of the performance of the parts to be joined, joints are classified in this standard on the basis of the movements and inaccuracies they have to accommodate. Mechanisms by which joints operate are identified and recommendations are made on the use of sealants and gaskets. Some emphasis is placed on weather resistance of joints in the external envelope of buildings.
The code does not present guidance in the form of a catalogue of proven joint designs, because the extent to which a design is appropriate to a particular use depends on circumstances specific to the building, e.g. its exposure, desired performance, durability and costs. The code therefore draws attention to matters that need consideration, in order that solutions may be developed that are appropriate.
The code does not cover:
a) rigidly connected joints (except type 1 joints, see 4.6.4.1);
b) joints within components normally made in a factory, such as those around opening lights in windows;
c) the load-bearing functions of structural joints;
d) glazing (see BS 6262);
e) joints in service pipes and ducts and their connections to appliances;
f) methods of test for joints or for jointing products.
All figures in this standard showing detailed joint designs illustrate principles in a recognizable context and are not production drawings of proven and universally applicable joints.
:JC_cheers:
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Posted by: ir_71 - 10-29-2010, 04:02 AM - Forum: EN
- Replies (2)
EN 14843:2007 Precast concrete products - Stairs
This standard gives specifications for materials, production, properties, requirements and methods of testing for precast concrete monolithic stairs, and for precast concrete elements (e.g. individual steps) used to make reinforced and/or prestressed concrete stairs.
This standard is applicable to structural stairs for indoor or outdoor use.
This standard covers precast concrete stairs and associated landings of monolithic design or constructed from individual steps supported by beams or columns. Supporting elements may include in situ concrete.
This standard covers terminology, performance criteria, verification methods, tolerances, relevant physical properties, special test methods and specific aspects of transport, erection and connection.
Geometrical properties related to functionality of stairs are not covered by this standard and can be found in National regulations or local practice.
Precast concrete stairs are classified into two main product families :
п‚ѕ monolithic stairs constructed from precast concrete components consisting of flights, landings or a combination of these. They may include vertical supporting elements ;
п‚ѕ stairs constructed from individual steps, whether load bearing or not, assembled on site with, for example, carriages or a central column.
Their shape may be straight or winding.
Stairs may incorporate parapets (on one or both sides) and landings.
Stairs may have simple bearings (e.g. on corbels, walls or beams), bolted connections or they may be connected with reinforcement and in situ concrete.
The surfaces of the precast elements may be exposed or covered by finishes.
:JC_cheers:
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Product Description
Here's a wide-ranging collection of practice problems typical of the FE exam in every respect. All exam topics are covered and SI units are used. These multiple-choice questions are conveniently arranged by subject--so you can work through just the areas where you need practice, or all 1001 problems. A full, step-by-step solution is provided for each problem.
Product Details
- Publisher: Professional Publications; 3 edition (March 15, 2005)
- Language: English
- ISBN-10: 1591260027
- ISBN-13: 978-1591260028
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Planning and Design of Bridges [Hardcover]
M. S. Troitsky
# Hardcover: 318 pages
# Publisher: Wiley (September 1994)
# Language: English
# ISBN-10: 0471028533
# ISBN-13: 978-0471028536
Product Description
Contains broad coverage of a wide spectrum of bridge design, stressing its history and consideration of bridge location, traffic, esthetics, urban versus rural bridges. Summarizes technical data concerned with bridge engineering and explains how to plan the entire bridge including efficient assemblage of its component parts. Extensive line drawings and photos illustrate concepts presented.
From the Publisher
Contains broad coverage of a wide spectrum of bridge design, stressing its history and consideration of bridge location, traffic, esthetics, urban versus rural bridges. Summarizes technical data concerned with bridge engineering and explains how to plan the entire bridge including efficient assemblage of its component parts. Extensive line drawings and photos illustrate concepts presented.
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This standard gives recommendations and guidance for unreinforced earthworks forming part of general civil engineering construction, with the exception of dams. This standard also gives recommendations and guidance for temporary excavations such as trenches and pits.
NOTE Reinforced earthworks are covered in BS 8006-1 and BS 8006-2. This document applies to earthworks classified as Geotechnical Category 1, 2 and 3 structures as defined in BS EN 1997-1:2004.
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A Compendium of Steel References for the Design Office
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TS 1247: BETON YAPIM, DOKUM VE BAKIM KURALLARI-NORMAL HAVA KOSULLARI
Mixing, Placing and Curing of Concrete (Normal Weather Conditions)
TS 1500: ZEMINLERIN SINIFLANDIRILMASI
Classification of soil for civil engineering purposes
TS 3167: KAZIK TEMELLERİN HESAP VE DÜZENLENMESİNDE GENEL KURALLAR
Design and Construction Methods of Pile Foundations
TS 3168 EN 1536: OZEL JEOTEKNIK UYGULAMALAR DELME (FORE)-KAZIKLAR
Execution of special geotechnical work- Bored piles
TS 3169: CAKMA KAZIKLAR, TASARIM, YAPIM VE UYGULAMA KURALLARI
Driven Piles of Construction Procedure Design and Permissible Load
TS 3233: ON GERILMELI BETON YAPILARIN HESAP VE YAPIM KURALLARI
Building Code Requirements for Prestressed Concrete
TS 3351: SANTIYEDE BETON DENEY NUMULERININ HAZIRLANMASI VE BAKIMI
Making and Curing Concrete Test Specimens In the Field
TS 3530: AGREGALARIN GEOMETRIK OZELLIKLERI ICIN DENEYLER
Tests for Geometrical Properties of Aggregates
TS 3624: SERTLESMIS BETONDA OZGUL AGIRLIK, SU EMME VE BOSLUK ORANI TAYINI
Test Method for Determination the Specific Gravity the Absorption Water and the
Void Ratio in Hardened Concrete
TS 4561: CELIK YAPILARIN PLASTIK TEORIYE GORE HESAP KURALLARI
Rules for Plastic Design of Steel Structures
TS 4834: BETON ILE ILGILI TERIMLER
Terms Related to Concrete
TS 6164: BETONARME PROJELERININ CIZIM VE TANZIMI KURALLARI-GENEL
Rules for Reinforced Concrete Drawing and Arrangement of Sheets-General
TS 6989: BETONARME SİLOLARIN HESAP, YAPIM VE KULLANIM KURALLARI
Rules for Design, Construction and Use of Reinforced Concrete Silos
TS 7994: ZEMIN DAYANMA YAPILARI
Soil Retaining Structures; Properties and Guidelines for Design
TS 8983: INSAAT SIRASINDA YAPILARDA ALINMASI MECBURI GENEL EMNIYET TEDBIRLERI
Obligatory Safety Measures in Structures
TS 11372: CELIK YAPILAR-HAFIF-SOGUKTA SEKIL VERILMIS PROFILLERLE OLUSTURULAN
Light Weight Steel Structures-Composed of Cold Formed Steel Members-Design
Rules
TS 2987: BETONDA PRIZ SURESININ TAYINI
Determination of Time of Setting of Concrete
TS EN 12504-1: BETON- YAPIDA BETON DENEYLERI- BOLUM 1
Testing concrete in structures - Part 1
TS ISO 9194: YAPILARIN PROJELENDIRILME ESASLARI
Bases for design of structures; actions due to the self-weight of structures,
non-structural elements and stored materials; density
TS 3527: BETON AGREGALARINDA INCE MADDE ORANI TAYINI
Test Method for Determining the Proportion of Fine Materials in Aggregates for
Concrete
TS 3529: BETON AGREGALARININ BIRIM AGIRLIKLARININ TAYINI
Test Method for Determination of the Unit Weight of Aggregates for Concrete
TS EN 206-1: BETONUN OZELLIGI, PERFORMANS, IMALAT VE UYGUNLUGU
Concrete- Part 1: Specification, performance, production and conformity
TS EN 12390-3: SERTLESTIRILMIS BETON DENEYLERI
Testing hardened concrete - Part 3: Compressive strength of test
specimens
!! ALL CODES ARE IN TURKISH !!
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Document Name: JL79-09
Author(s): Alan H. Mattock and G. H. Gaafar
Publication: Journal Proceedings
Volume: 79
Issue: 2
Pages: 83-93
Keywords: bearing capacity; brackets; columns (supports): compressive strength; construction; corbels; loads (forces); precast concrete; reinforced concrete; reinforcing steels; strength analysis.
Date: March 1, 1982
Abstract:
Reports an analytical and experimental study of the strength of steel sections embedded in a reinforced concrete column as brackets. The bearig stress at failure in the concrete below the embedded section is related to the concrete compressive strength and the ratio of the width of the embedded section to the width of the column. Expressions are developed for the vertical load carried by the embedded section and for the maximum moment in the embedded section when the concrete below the embedded sections fails in bearing. These expressions are shown to be in good agreement with the test results reported in the paper and with other test data in the literature. It is shown that the effective width of an embedded rolled steel l-section of normal proportions is equal to its flange width.
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