SACS is an integrated suite of software that supports the analysis, design, fabrication, and installation of offshore structures, including oil, gas, and wind farm platforms and topsides. Its ability to dynamically iterate designs allows users to perform advanced analysis, comply with offshore design criteria, and visualize complex results.
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from lavteam
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Flood risk management policy across the European Union is changing, partly in response to the EU Floods Directive and partly because of new scientific approaches and research findings. It involves a move towards comprehensive flood risk management, which requires bringing the following fields/domains closer together: the natural sciences, social sciences and arts; science, policy and practice; and engineering, spatial planning and governance. Naturally, this involves preventive fl ood risk management and flood event management, as well as learning from the past and considering future global change.
Comprehensive Flood Risk Management includes about 200 contributions drawn from the 2nd European Conference on Flood Risk Management FLOODrisk2012 (Rotterdam, the Netherlands, 19-23 November 2012). This conference provided a forum for scientists, policy makers, researchers, and practitioners to discuss the practical implications of the latest research findings and to inventory which questions the research community still needs to answer.
FLOODrisk2012, the successor of the 2008 conference held in Oxford, UK, was the initiative of Deltares, Delft, the Netherlands. Comprehensive Flood Risk Management includes the latest results of numerous projects issuing from the European Commission’s Sixth and Seventh Framework Programmes, as well as results of many other national and international research projects from Europe and elsewhere in the world. The book features contributions from natural and social sciences, engineering and spatial planning, as well as practical experiences of policy makers and designers, and covers all aspects of fl ood risk assessment and management: hydraulic loads, reliability of defences and their monitoring, flood hazard analysis, inundation modelling, hazard and risk mapping, estimating economic damage and loss-of-life and integrated flood risk analysis, as well as flood protection, damage and exposure reduction, reducing social vulnerability, policy instruments (zoning, regulations), integrated flood risk management planning and long-term planning for global change, flood prediction and early warning, evacuation and rescue and other aspects of flood event management. Finally, the book discusses risk communication, participatory planning, governance issues, and experiences with the EU Floods Directive.
Comprehensive Flood Risk Management will be of interest to a readership ranging from scientists to practitioners involved in fl ood risk management, and consisting of researchers, consultants, engineers, spatial planners, postgraduate lecturers, students, civil servants, and policy makers.
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I am looking at buying a new (second hand) computer primarily for running my engineering software. I don't a lot of really intense work, but do work with FEA or CAD on occasion. I was considering a workstation rather than a standard desktop PC. Was wondering if anyone had some comments on this. The most important thing is that it runs all other software like MS Office, visual studio, adobe etc. without any problems also since I spend a lot of my time working with them. I don't play computer games.
I have my eye on something like this:
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Would be great to hear if there are any negatives to buying a workstation? Any recommendations will also be well received.
Posted by: ak_civil85 - 10-24-2013, 09:26 AM - Forum: Archive
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Title: Autocratic urban design: The case of the Navab Regeneration Project in central Tehran
Authors: Hossein Bahrainy, Behnaz Aminzadeh
Journal International Development Planning Review
Publisher Liverpool University Press
ISSN 1474-6743 (Print)
1478-3401 (Online)
Issue Volume 29, Number 2 / June 2007
Pages 241-270
DOI 10.3828/idpr.29.2.5
Online Date Friday, November 06, 2009
RAM Structural System V8i (Version: 14.05.04.00 Date: 9/12/2013)
Size: 103.3 MB
The RAM Structural System is a specialized engineering software tool for the complete analysis, design, and drafting of both steel and concrete buildings. It optimizes workflows through the creation of a single model by providing specialized design functions for buildings and by providing thorough documentation.
RAM Structural System allows for the analysis and design of a building using a single model. The entire structure can be modeled, including decks, slabs, slab edges and openings, beams, columns, walls, braces, spread and continuous footings, and pile caps. This full structural model increases designer confidence and creates an efficient environment when dealing with changes.
The RAM Structural System increases productivity by performing the tedious and time-consuming functions specific to the design of a building such as calculation of live load reductions and lateral load calculations for wind and seismic. In addition, designs are optimized for both concrete and steel.
Your competitive advantage is realized with the thorough documentation. RAM Structural System automatically provides steel material takeoffs and detailed and summary reports of design calculations and drawings. And for BIM, RAM Structural System offers bidirectional integration with CADstudio and Bentley’s Structural Modeler, Structural Documentation Center, and Autodesk's Revit Structure.
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Integrated Analysis and Design of Concrete Bridges
LEAP Bridge Enterprise is a powerful modeling and analysis solution for small to medium-sized concrete bridges of all types: precast, cast-in-place, reinforced, and post-tensioned. This comprehensive bridge information modeling (BrIM) system offers a synthesis of geometric modeling, substructure, and superstructure analysis and design, and load rating in a single, information-rich environment. Intelligent data management, parametric modeling, and automated drawing production revolutionize the bridge delivery process.
Private Note:
for crack look into Bentley programs medicine v3
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from lavteam, I don`t know how long the link will be active.
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This guide provides a perspective on a balanced combination of pavement thickness, drainage, and sub-base or subgrade materials to achieve an acceptable pavement system for streets and local roads. Such concrete pavements designed for low volumes of traffic (typically less than 100 trucks per day, one way) have historically provided satisfactory performance when proper support and drainage conditions exist. Recommendations are presented for designing a concrete pavement system for a low volume of traffic and associated joint pattern based upon limiting the stresses in the concrete or, in the case of reinforced slabs, maintaining the cracks in a tightly closed condition. Details for designing the distributed reinforcing steel and the load transfer devices are given, if required.
The thickness design of low-volume concrete pavements is based on the principles developed by the Portland Cement Association and others for analyzing an elastic slab over a dense liquid subgrade, as modified by field observations and extended to include fatigue concepts.
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A reference for students, researchers, and environmental professionals, Hydrogeological Conceptual Site Models: Data Analysis and Visualization explains how to develop effective conceptual site models, perform advanced spatial data analysis, and generate informative graphics for applications in hydrogeology and groundwater remediation.
Written by expert practitioners, this full-color book illustrates how fundamental hydrogeological concepts are translated into quantitative, high-resolution computer visualizations. In addition, the authors discuss topics not typically covered in conventional textbooks, including GIS technology and the relationship between conceptual site models and environmental policy.
Advanced Methods for Data Analysis and Visualization
Featuring more than 500 color illustrations, this unique and visually powerful book outlines the required elements of a conceptual site model and provides numerous examples of supporting charts, cross-sections, maps, and 3D graphics. The authors describe advanced analytical methods such as geospatial processing, kriging, and groundwater modeling through practical real-life examples. They also present numerous case studies in groundwater supply and remediation to help explain key engineering design concepts.
Data-Driven Assessments of Groundwater Management Policy
The authors tackle controversial topics, ranging from technical impracticability of groundwater remediation to sustainable management of groundwater resources. They encourage discussion and independent thought about how current environmental policies and practices can evolve to achieve better outcomes at less cost to society.
Practical Strategies for Communicating Your Findings to the General Public
While the book is technical in nature, equations and advanced theory are kept to a minimum. The text focuses on practical strategies to help you create easy-to-understand data tables, graphs, maps, and illustrations for technical and nontechnical audiences alike. A companion DVD includes animations, reference material, modeling software, and more.
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Author: Michael A. Hicks, Jelke Dijkstra, Marti Lloret-Cabot and Minna Karstunen | Size: 12.9 MB | Format:PDF | Quality:Unspecified | Publisher: CRC Press | Year: 2013 | ISBN: 1138000418
Installation effects in geotechnical engineering contains the proceedings of the International Conference on Installation Effects in Geotechnical Engineering (Rotterdam, The Netherlands, 24-27 March 2013), the closing conference of GEO-INSTALL (FP7/2007-2013, PIAG-GA-2009-230638), an Industry-Academia Pathways and Partnerships project funded by the European Community from the 7th Framework Programme.
Infrastructure construction involves the installation of structural elements, such as piles and various ground improvement techniques for soils and rocks. The installation process itself can be quasi-static (for example jacked piles) or dynamic (vibratory methods, such as stone columns and driven piles), and generally involves very large deformations and changes in pore pressure. The fact that natural soils are complex geomaterials, exhibiting structure and rate-dependent behaviour, makes analysis of such problems yet more challenging. In particular, the influence of installation on key design parameters, such as mobilised strength at the soilstructure interface and soil stiffness, is difficult to quantify and, as yet, impossible to model. Numerical analyses using the standard Finite Element Method (FEM) are unable to produce accurate descriptions of large deformation problems due to excessive mesh distortions and novel techniques need to be developed.
Installation effects in geotechnical engineering presents the latest developments in monitoring, analysing and managing installation effects in geotechnical engineering, and covers aspects ranging from large deformation modelling to real field applications. Topics include: computational methods, constitutive modelling, installation effects, offshore constructions and foundations, soil improvement, and soil-structure interaction. The book is aimed at academics, researchers and practitioners in geotechnical engineering and geomechanics, and at practicing civil engineers.
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Structural engineers must focus on a structure’s continued safety throughout its service life. Reinforced Concrete Structural Reliability covers the methods that enable engineers to keep structures reliable during all project phases, and presents a practical exploration of up-to-date techniques for predicting the lifetime of a structure.
The book also helps readers understand where the safety factors used come from and addresses the problems that arise from deviation from these factors. It also examines the question of what code is best to follow for a specific project: the American code, the British Standard, the Eurocode, or other local codes.
The author devotes an entire chapter to practical statistics methods and probability theory used in structural and civil engineering, both important for calculating the probability of structural failure (reliability analysis). The text addresses the effects of time, environmental conditions, and loads to assess consequences on older structures as well as to calculate the probability of failure. It also presents the effects of steel bar corrosion and column corrosion, and precautions to consider along with guides for design.
This book offers guidelines and tools to evaluate existing as well as new structures, providing all available methods and tests for assessing structures, including visual inspection and nondestructive testing for concrete strength. It also presents techniques for predicting the remaining service life of a structure, which can be used to determine whether to perform repairs or take other action. This practical guide helps readers to differentiate between and understand the philosophy of the various codes and standards, enabling them to work anywhere in the world. It will aid engineers at all levels working on projects from the design to the maintenance phase, increasing their grasp of structure behavior, codes and factors, and predicting service life.
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