Introduced two weeks prior to the 1989 Loma Prieta earthquake, the ATC-20 report provides procedures and guidelines for making on-the-spot evaluations and decisions regarding continued use and occupancy of earthquake damaged buildings. Written specifically for volunteer structural engineers and building inspectors, the report has become the de-facto national standard for safety evaluation of earthquake-damaged buildings. The report includes rapid and detailed evaluation procedures for inspecting buildings and posting them as INSPECTED (apparently safe, green placard), LIMITED ENTRY (yellow placard) or UNSAFE (red placard). Also included are special procedures for evaluation of essential buildings (e.g., hospitals), evaluation procedures for nonstructural elements and geo-technical hazards, and guidance on human behavior following earthquakes.
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Article Full Name: Compressive Strength of Natural Stone Masonry
Author(s):
BELL, A.J., AL-JOLAHY, A.M. and KULAIB, M.
Edition:
Proceeding of the 6th International Masonry Conference, No. 9, London
Publish Date:
November, 2002
ISBN:
Proceedings of the British Masonry Society
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Article Full Name: Compressive-strength assessment of natural-stone masonry in Yemen
Author(s):
AL-JOLAHY, A.; KULAIB, M.
Edition:
Proceeding of the 11th International Masonry Conference
Publish Date:
ISBN:
Proceedings of the British Masonry Society
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Posted by: 88FeNIX - 06-21-2018, 05:20 AM - Forum: Archive
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Article/eBook Full Name:
ASHRAE 140 Standard - Standard Method of Test for the Evaluation of Building Energy Analysis Computer Programs (ANSI Approved)
Publish Date:
Any 2001 or 2017
Published By:
ASHRAE
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STAAD.Pro CONNECT Edition Update 2 (21.00.02.44) is the latest version of the world's leading analysis and design application.
The CONNECT Edition release introduced a complete new modeling system for creating physical models that provides a more structured method for interop with the greater construction processes including models with surfaces. Additionally, the analysis solvers were built with 64-bit technology providing extra capability to solve larger more complex problems. More design code capability than ever is offered and principal design codes, used for the design of beams, columns, and slabs other than STAAD nuclear and STAAD Advanced Concrete Design are now included at no extra expense. Complimentary offerings can still be added such as STAAD Foundation Advanced and RAM Connection to provide a more comprehensive solution depending on your business demands.
With Update 2 the AISC and ACI design routines have been updated to the 2016 and 2014 versions of the US steel and concrete design codes and a new dynamic Wind load routine and an all new output viewer that matches the extensive capabilities of the new Editor.
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STAAD Foundation Advanced CONNECT Edition 08.04.00.21
Size: 493 MB
A part of the STAAD family of products, STAAD Foundation Advanced can import and update the geometry, loads, and reactions from a STAAD.Pro model after which it will design the foundation type that we want at those supports. If the type happens to be a pilecap, it can determine a number of pile arrangements and design the pilecap for the arrangment that we choose. Data can also be brought from spreadsheets (e.g., such as that in Microsoft Office Excel®) into STAAD Foundation Advanced.
For mat foundation designs, STAAD Foundation Advanced creates a finite element model of the mat slab on grade. Soil is treated as spring supports whose stiffness is determined based on the size of the elements of the FE mesh. The model is then analyzed using STAAD.Pro, and, design of the slab is performed by aggregating the results across elements that are clustered into design strips.
In addition to the benefits that interoperability with STAAD.Pro provides, the program also functions in a standalone mode.
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Lynda.com - Construction Management - Introduction to Lean Construction
Publisher: Lynda.com
Peresented By: Jim Rogers
Year: 2018
Format: mp4
Duration: 01:02:00
Size: 251 MB
Quality: DVDRip
While manufacturing has realized substantial gains in productivity, the construction industry hasn't seen notable improvements in productivity over the past few decades. Lean productivity—a tried and tested continual improvement process leveraged in manufacturing—contains elements that lend themselves to being ported over to the construction process. In this course, explore the lean theory of production and learn how it can be successfully adopted in construction to enhance efficiency. Instructor Jim Rogers provides a brief introduction to the theory of lean productivity, describing key concepts and explaining how lean applies to construction. Jim then spells out the changes that need to occur in order for lean to be successfully adopted in the construction industry.
Topics include:
- What is lean?
- Embracing lean productivity
- Construction vs. manufacturing
- How does lean apply to construction?
- Identifying and minimizing waste
- Training and empowering front-line field personnel
- Understanding the pull planning method
- Continuous improvement
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This book contains a collection of 11 research and review papers devoted to the topic of fluid-structure interaction. The subject matter is divided into chapters covering a wide spectrum of recognized areas of research, such as: wall bounded turbulence; quasi 2-D turbulence; canopy turbulence; large eddy simulation; lake hydrodynamics; hydraulic hysteresis; liquid impacts; flow induced vibrations; sloshing flows; transient pipe flow and air entrainment in dropshaft. The purpose of each chapter is to summarize the main results obtained by the individual research unit through a year-long activity on a specific issue of the above list. The main feature of the book is to bring state of the art research on fluid structure interaction to the attention of the broad international community. This book is primarily aimed at fluid mechanics scientists, but it will also be of value to postgraduate students and practitioners in the field of fluid structure interaction.
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Reinforced Concrete Jacketing for Masonry Columns with Axial Loads
Author(s):
Y. C. Kog, K. C. G. Ong, C. H. Yu, and A. P. V. Sreekanth
Edition:
98
Publish Date:
2001
Published By:
ACI Materials Journal
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Part 1 sets out minimum requirements for the design, fabrication, erection and modification of steelwork in structures in accordance with the limit state design method or in accordance with the alternative design method. Part 2 provides background material to the requirements of Part 1. Gives the origin of certain requirements, departures from previous practice, and explains the application of certain clauses.
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Introduction to Dynamics of Structures and Earthquake Engineering
Author(s): Gian Paolo Cimellaro , Sebastiano Marasco
Published By:2017
Size: 23 MB
Quality:Original Preprint
Code:
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