Title : "Response Modofication Factor For Earthquake Resistant Design of Short Period Bldg"
Author : R Riddell & P Hidalgo & E Cruz
Journal : Earthquake Spectra Vol 5, p571-590
Year : 1989
Language : English
Title : "Evaluation of Strength Reduction Factors For Earthquake Resistant Design"
Author : E. Miranda and V Bertero
Journal : Earthquake Spectra Vol 10, page 357-379
Year : 1994
Language : English
Eleven peer-reviewed papers focus on new adhesives, particularly from the perspective of the newer test methods emerging to better determine adhesive reliability. Subjects cover:
• Test methods and specification that improve the ability to determine long-term bond durability
• Bonding and debonding of wood products
• Test methods that generate more meaningful material information on adhesive reliability
• Method of measuring viscoelastic behavior of adhesives
• Accurate method of measuring yield strength of adhesives and other materials
• Characterizing fracture properties of adhesive joints under impact loading conditions
• Fracture mechanics applied to adhesive joints
• Coating adhesion testing
• Diffusion of fluids in pressure sensitive adhesives
STP 1463 is a valuable resource for design engineers and those with interest in advanced test methods for adhesive validation
Table of Contents
Adhesive Bonding and Performance Testing of Bonded Wood Products
Frihart C.
A New Low Cost Method For Measuring the Viscoelastic Behavior of Adhesives
Moonay D., McGregor R., Mastria R.
Method for Quantifying Percentage Wood Failure in Block-Shear Specimens by a Laser Scanning Profilometer
Scott C., Hernandez R., Frihart C., Gleisner R., Tice T.
SED Method of Measuring Yield Strength of Adhesives and Other Materials
Lenwari A., Albrecht P., Albrecht M.
Characterizing Dynamic Fracture Behavior of Adhesive Joints under Quasi-Static and impact Loading
Simón J., Johnson E., Dillard D.
Interfacial Diffusion of Fluids in Pressure Sensitive Adhesives
O'Brien E., Ward T.
Advanced Methods of Coating Adhesion Testing
Gitis N., Xiao J., Vinogradov M.
Fracture Mechanics Applied to Adhesive Joints
Wheeler G., Madsen B., DeVries K.
The Study of Bond Strength and Bond Durability of Reactive Powder Concrete
Lee M., Chiu C., Wang Y.
Evaluation of Different Techniques for Adhesive Properties of Asphalt-Filler Systems at Interfacial Region
Huang S., Turner T., Pauli A., Miknis F., Branthaver J., Robertson R.
New Technique for Measuring Extended Viscosity Ranges — Gel Times, Pot Life, or Cure Monitoring — with Programmable Rotational Viscometers or Rheometers
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I found a excel sheet about "pushover perf. point", this excel sheet is totally questionable because as far in my knowledge it's just the first step of procedure to get perf. point, still there others steps must do before find perf. point
It's manual pushover analysis lesson which usually given di master / doctoral degree program in USA & Europe.
This excel sheet is very dangerous & can cause misleading for user without strong basic knowledge of pushover analysis.
I'm really curious & don't understand
This excel sheet firstly shared since 03-23-2010 ( nearly 9 month in this forum ) & no one in this forum say it's wrong ?
We currently have 27,703 members registered, until today I post this thread.
To avoid misleading to our 27,703 members, I propose idea : we create "CivilEA Technical Team" to review specially for exel sheet, example of calculation shared in our forum
Where member of "CivilEA Technical Team" minimally is VIP level of our forum.
We have uploader team, we can create "CivilEA Technical Team" too ?
I understand that all of us have work, duty & daily activity ... maybe no need instantly review each new shared excel sheet or example calculation, but, "CivilEA Technical Team" when they have time, they will seriously review it & announce if found "misleading" excel sheet or example of calculation.
Hopely my idea useful for all of us & accepted by Admin & all protectors, moderators & all member of CivilEA
Thx
Perfect didactical structure, inclusion of the latest research results for contemporary teaching Covering materials science from undergraduate till graduate student level Unique approach and mixture of topics for introductory and also graduate courses in materials science In-depth treatment of the constitution and properties of materials Crystallography, lattice defects, microstructural analysis and to phase equilibria included
This book offers a strong introduction to fundamental concepts on the basis of materials science. It conveys the central issue of materials science, distinguishing it from merely solid state physics and solid state chemistry, namely to develop models that provide the relation between the microstructure and the properties.
The book is meant to be used in the beginning of a materials science and engineering study as well as throughout an entire undergraduate and even graduate study as a solid background against which specialized texts can be studied. Topics dealt with are "crystallography", "lattice defects", "microstructural analysis", "phase equilibria and transformations" and "mechanical strength". After the basic chapters the coverage of topics occurs to an extent surpassing what can be offered in a freshman's course.
About the author
Prof. Mittemeijer is one of the top scientists in materials science, whose perceptiveness and insight have led to important achievements. This book witnesses of his knowledge and panoramic overview and profound understanding of the field. He is a director of the Max Planck Institute for Metals Research in Stuttgart.
Content Level » Graduate
Keywords » Analysis of the microstructure of materials - Course on mechanical properties of materials - Materials engineering textbook - Materials science textbook - Mechanical strength - Microstructure of materials course
Related subjects » Characterization & Evaluation of Materials - Materials - Mechanics - Physical Chemistry - Special types of Materials - Structural Materials
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Posted by: budis - 12-18-2010, 05:52 AM - Forum: Archive
- No Replies
Title : "Development & use of Capacity Spectrum"
Author : Sigmund A. Freeman
Conference : Proceeding of 6th U.S. National Conference on Earthquake Engineering
Location : Seattle
Year : 1998
Language : English
Title : "Capacity Spectrum Method Based On Inelastic Spectra"
Author : Peter Fajfar
Journal : Earthquake Engineering & Structural Dynamics, Vol 28, page 979-993
Year : 1999
Language : English
Engineering Economic Analysis
Author(s): Donald G. Newnan, Ted G. Eschenbach, Jerome P. Lavelle
Publisher: Oxford University Press
Date: 2004 Format: PDF Language: English ISBN10: 0195168070
Pages: 624 Size: 34.80 MB
Now in a ninth edition, Engineering Economic Analysis offers comprehensive coverage of financial and economic decision-making for engineering projects, with an emphasis on problem solving, life cycle costs, and the time value of money. The spreadsheet material from the previous edition has been expanded, allowing students to create and analyze more realistic cash-flow models. The authors' concise, accessible writing style and practical emphasis make this text ideal for undergraduate engineering economy courses.
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This European Standard specifies requirements, test methods, the marking and evaluation of conformity for packaged and/or site assembled domestic wastewater treatment plants (including guest houses and businesses) used for populations up to 50 inhabitants. Small wastewater treatment plants according to this European Standard are used for the treatment of raw domestic wastewater.
It covers plants with tanks made of concrete, steel, PVC-U, Polyethylene (PE), Polypropylene (PP) and Glass Reinforced Polyester (GRP-UP).
The test methods specified in this European Standard establish the performance of the plant, needed to verify its suitability for the end use (see 3.1).
This European Standard applies for small wastewater treatment plants for use buried in the ground where no vehicle loads are applied to the product.
This European Standard applies to plants where all prefabricated components are factory or site-assembled by one manufacturer and which are tested as a whole.
NOTE In some countries, domestic wastewater treatment plants are followed by other systems to conform to national regulations.
P.S.
In 2009 the standard was amended. The last version is EN 12566-3:2005+A1:2009.
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This standard provides rules for the determination of design values for thermal conductivity and thermal resistance of both masonry and masonry products.
It also describes how the basic values for the calculation of design thermal values are determined and also the calculation methods to derive design values from basic values. It covers solid masonry units (clauses 4 and 5) and masonry units with formed voids and composite masonry units (clause 6).
Three procedures for the determination of thermal resistance and/or thermal conductivity are described. These procedures are:
- To use tabulated lambda - and/or R-values.
- To measure the lambda - and/or R-value.
- To calculate the equivalent lambda - and/or R-value.
It takes into account the major different types of masonry products:
- Solid masonry units.
- Masonry units with formed voids.
- Composite masonry units.
The design value of a product characteristic is the value determined for specific application and for use in calculations.
Design thermal values are determined, according to the procedure given in this standard by the user/designer and building authority according to the intended application, environmental and climatic conditions, bearing in mind the purpose of this determination, such as:
- energy consumption;
- design of heating and cooling equipment;
- surface temperature determination;
- compliance with national building codes;
- consideration of non steady state thermal conditions in buildings.
A specific building product can have different design thermal values according to the intended application. Normally the producers/distributors will supply design values for their products.
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