The Foundation Engineering Handbook (Gunaratne)

The Foundation Engineering Handbook (Gunaratne)

 

  This handbook contains some of the most recent developments in theoretical and applied
foundation engineering in addition to classical foundation design methods. The inclusion of
recent developments mostly enriches the classical design concepts in Chapters 3–7, 10 and 11.

It also enables the reader to update his or her knowledge of new modeling concepts applicable
to foundation design. Most recently developed in situ testing methods discussed in detail in
Chapter 2 certainly familiarize the reader with state-of-the-art techniques adopted in site
testing.

In addition, modern ground stabilization techniques introduced in Chapter 12 by an
experienced senior engineer in Hayward-Baker Inc., a leading authority in site improvement
work across North America, provides the reader with the knowledge of effective site
improvement techniques that are essential for foundation design.

Innovative and widely used methods of testing pile foundations are introduced with numerical illustrations in Chapters 2 and 7. LRFD designs in Chapters 3 and 6 and the design of retaining structures with geogrids included in Chapter 10 are unique features of this foundation engineering handbook.

For the benefit of the reader, the basic and advanced soil mechanics concepts needed in foundation design are elaborated with several numerical examples in Chapter 1.

 

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Microsoft Project Professional 2016

Microsoft Project Professional 2016

 

Keep your projects, resources, and teams organized and on track

Get started quickly

Use the Getting Starting screen to quickly learn about new features. Pre-built Project templates make sure you get started on the right track.

Schedule efficiently

Familiar automated scheduling tools help reduce inefficiencies and training time. Multiple timelines make it easier to visualize complex schedules.

Manage resources with ease

Resource management tools help you build project teams, request needed resources, and create more efficient schedules.

Make smart decisions

Built-in reports help project stakeholders visualize data to gain insights across projects and make more informed decisions.

Software Link

Bentley Power InRoads V8i (SELECTseries 4)

Bentley Power InRoads V8i (SELECTseries 4)

Access 3D modeling, construction-driven engineering, and analysis all in one application. Streamline your workflow, ensure design quality, and reduce production time with Power InRoads.

Combine traditional engineering workflows of plan, profile, and cross-sections with innovative 3D modeling technology. The result is improved quality with integrated designs based on parametric relationships and constraints.

Dowload Link:

https://drive.google.com/open?id=1j2VQFNkQPrARMNG9CoJ4mZp_sQF59gTf

Bentley PowerCivil for Middle East V8i (SELECTseries 4)

Bentley PowerCivil for Middle East V8i (SELECTseries4)

 

Access 3D modeling, construction-driven engineering, and analysis all in one application. Localized for more than 22 countries, PowerCivil for “Country” ensures you have the standards you need for your region, improves design quality, and reduces production time. PowerCivil helps you improve design quality by combining traditional engineering workflows of plan, profile, and cross-sections with innovative 3D modeling technology based on parametric relationships and constraints.

Download Link

ADAPT Builder 2015.0 v1.0.0.4065 x86/x64

ADAPT Builder 2015.0 v1.0.0.4065 x86/x64

ADAPT-Builder Platform – ADAPT-Builder is the 3D modeling, analysis and design platform for ADAPT-Edge, Floor Pro, Modeler, MAT and SOG, and can be used together with ADAPT-PT and RC.
ADAPT-Edge -Full Building Structural Model ADAPT-Edge: ADAPT-Edge is our new structural analysis solution for full concrete buildings. ADAPT-Edge works as a stand-alone product or integrated with Floor Pro or MAT, offering the only fully integrated solution capable of detailed floor / foundation system design and building structural analysis for gravity and lateral loads.

Download Link:

https://drive.google.com/open?id=1bRs_uSVgWLLAt40np1KCLf53-wWchhvn

 

Béton armé – Guide de calcul

Béton armé – Guide de Calcul

 

Ce guide présente les connaissances de base indispensables à la détermination des sections d’armatures des ouvrages élémentaires d’une structure porteuse. Il traite également des méthodes de vérification des contraintes du béton et de l’acier dans une section fléchie.

Sommaire:

  • Calcul du béton arme aux états limites
    • Notions d’états limites
    • Etats limites ultimes et états limites de service
    • Principes généraux des justifications
    • E.L.U. ou E.L.S. ?
  • Formulaire des poutres
    • Notations et conventions du formulaire des poutres
    • Formulaire des poutres
    • Mode d’utilisation du formulaire
  • Caractéristiques géométriques des sections
    • Moment statique (rappels)
    • Moment quadratique (rappels)
    • Tableau des caractéristiques des sections courantes
    • Section en forme de Te
    • Application aux sections courantes de béton arme
  • Actions permanentes et variables
    • Nature des actions
    • Evaluation des charges permanentes
    • Evaluation des charges d’exploitation
    • Application : calcul d’une descente de charges
  • Calcul des sollicitations
    • Principe
    • Combinaisons d’actions
    • Applications
  • Bétons et aciers : caractéristiques
    • Les bétons
    • Les aciers
  • Déformations et contraintes de calcul
    • Etat limite de résistance
    • Etat limite de service
  • Semelles de fondations
    • Sollicitations de calcul
    • Prédimensionnement des semelles
    • Détermination des aciers tendus
    • Tableau d’arrêt pratique des barres des semelles et attentes
  • Poteaux : compression centrée
    • Notations et rappels
    • Hypothèses d’études
    • Calcul des armatures longitudinales
    • Dispositions constructives
    • Application
  • Tirants : traction simple
    • Hypothèses d’études
    • Contraintes de calcul
    • Détermination des sections d’armatures
    • Dispositions réglementaires minimales
  • E.L.U.R. : flexion simple
    • Hypothèses d’études
    • Contraintes de calcul
    • Combinaisons
    • Calcul de sollicitations
    • Conditions d’équilibre d’une section rectangulaire
    • Moment critique ultime
    • Moment critique réduit
    • Calcul des armatures longitudinales tendues
  • E.L.S. : flexion simple
    • Hypothèses d’études
    • Contraintes de calcul
    • Combinaisons d’actions
    • Calcul des sollicitations
    • Conditions d’équilibre d’une section rectangulaire
    • Moment limite de service
    • Moment limite réduite de service
    • Calcul des armatures longitudinales tendues
  • Vérification des sections
    • Hypothèses de calcul
    • Caractéristiques géométriques
    • Expression de la contrainte normale au niveau d’une fibre
  • Liaisons béton – acier
    • Contrainte d’adhérence
    • Ancrage des aciers
    • Entraînement des barres isolées ou en paquet
  • Effort tranchant : justifications et dispositions constructives
    • Contrainte tangente conventionnelle
    • Contrainte tangente limite ultime
    • Armatures d’une poutre
    • Dispositions constructives minimales
    • Effort tranchant réduit au voisinage d’un appui
    • Justifications aux appuis
    • Cas des dalles
  • Micro-projet Bâtiment
    • Etude demandée
    • Valeurs caractéristiques et valeurs de calcul des matériaux
    • Calcul des éléments porteurs
    • Calcul des panneaux de dalles rectangulaires sous chargement modéré uniforme
  • Annexes
    • Caractéristiques des aciers
    • Contraintes limites des matériaux à l’E.L.S.
    • Moments critiques réduits
    • Tableaux de calcul à l’E.L.U.R.
    • Tableaux de calcul à l’E.L.S.

Lien de téléchargement:

https://drive.google.com/open?id=1vKlap0pQX3mK6kBNrjM4YTMN17i9PNok

 

Calcul des structures métalliques selon l’Eurocode 3

Calcul des structures métalliques selon l’Eurocode 3

 

Avant 1993, la conception et le calcul des constructions métalliques étaient régis par diverses réglementations. Aujourd’hui, une nouvelle norme européenne est entrée en vigueur et impose, en remplacement des précédents textes, un texte unique : l’Eurocode 3.

Cet ouvrage se présente comme :

  • un traité théorique qui regroupe les calculs fondamentaux des structures en acier, à partir des données fondamentales de la résistance des matériaux et de la mécanique des solides
  • un traité pratique qui comporte systématiquement des applications et des exemples de calculs détaillés de pièces ou d’ouvrages établis sur la base du nouveau règlement européen Eurocode 3
  • un support pédagogique pour l’enseignement, les écoles d’ingénieurs, IUT, BTS, les écoles d’architecture
  • un outil de travail et de réflexion pour les professionnels de la construction
  • un guide pratique qui souligne les points et les dispositions exigeant une attention toute particulière qui met en garde contre les risques et les désordres encourus, notamment en ce qui concerne les assemblages et les phénomènes d’instabilité (flambement, déversement, voilement) qui demeurent des pôles névralgiques de toutes constructions métalliques

Lien de téléchargement:

https://drive.google.com/open?id=1gKuDvrlY_Jo9noQnQ9DktNWFAmvmaGD-

 

Microsoft Project 2016 Essential Training

Microsoft Project 2016 Essential Training

 

Master the core features of Microsoft® Project 2016, the powerful project management software. Learn how to best set up such project components as work tasks, summary tasks, milestones, and recurring tasks. Author Bonnie Biafore, a Project Management Professional (PMP)®, also explores the different types of resources used in projects, and how to set up their availability and cost. She also shows how to link tasks together and assign resources to tasks to build a realistic project schedule. Finally, the course explains how to use Project 2016 to help evaluate your schedule and resource workloads to make sure you’re bringing a project in on time and within budget. Bonnie also shows how to use the new features in Project 2016, such as multiple timelines and the “Tell me what you want to do” field.
NOTE: This course updates our Microsoft Project 2013 Essential Training course for Project 2016, and most videos will work with both versions of the software. For Microsoft Project 2010 compatibility, see Project 2010 Essential Training.
Lynda.com is a PMI Registered Education Provider. This course qualifies for professional development units (PDUs). To view the activity and PDU details for this course, click here.
The PMI Registered Education Provider logo is a registered mark of the Project Management Institute, Inc.
Topics include:
Choosing the right Project editionCreating and saving projectsSetting up calendarsCreating individual and recurring tasksLinking and timing tasksAssigning tasks to resourcesViewing your data differently with sorting, grouping, and filteringFine-tuning the project scheduleUnderstanding baseline, schedule, and actual valuesReporting on the project statusSharing projects

Download Link:

https://drive.google.com/open?id=1HsTsYiQ-UIJ0kWewac3Vdwxi1VbPvYen

 

ZwCAD Software ZW3D 2018 v22.00 x86/x64

ZwCAD Software ZW3D 2018 v22.00 x86/x64

 

ZW3D is a comprehensive CAD/CAM software that enables professionals to complete product designs within an integrated and collaborative environment.

Supported by its Show-n-Tell built-in learning system, ZW3D includes data exchange to allow efficient reuse and sharing of designs, hybrid modeling with its unique Overdrive kernel, mold and die design with cavity preparation tools and component libraries, and intelligent, adaptive CNC machining from 2-axis through to 5-axis.

Industries served by ZW3D include consumer products, automotive, machine design, mold & die, medical, CNC machining, and many more.

 

Operating System:
Microsoft® Windows XP SP3 (32 bit)
Microsoft® Windows 2003 Server (32 bit)
Microsoft® Windows 2008 Server (32 bit)
Microsoft® Windows Vista (32 bit)
Microsoft® Windows 7 (32 bit /64 bit)
Microsoft® Windows 8.1 (32 bit /64 bit)
Microsoft® Windows 10 (32 bit /64 bit)

Processor :
Intel Core 2 Duo @2GHz or above, or equivalent AMD® processor

RAM :
Recommended configuration: 4G or above

Video :
OpenGL 3.1 or above
nVIDIA Quadro FX 580 @ 512MB or above, or equivalent AMD Graphic card
Minimum configuration: 1024 x 768 VGA with True Color
Recommended configuration: 1280 x 1024 VGA with True Color or above

Required for Floating License :
Installation of TCP/IP Network Protocol

 

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Light Gage Truss Design Based on AISI 2001 & ER-4943P

Light Gage Truss Design Based on AISI 2001 & ER-4943P

 

The most complex component designed in light gauge framed residential structures are Roof trusses.

In the design of light gauge cold formed metal trusses, the designer is meant to adhere to the requirements of Loading standards and steel design standards.

Designers need to ensure that all the loads and load combinations stipulated in NASH Standard Residential and Low-rise Steel Framing Part 1 Design Crieteria and AS 4055 are checked and that the support, restraint conditions are accurately considered in the analysis.Various loads, load combinations, wind pressure coefficients, restraint and support conditions will be discussed in this paper.

In the design of truss members, the requirement of AS/NZS 4600 should be strictly adhered. Effective length criteria for truss members is also discussed in this paper.

This paper provides an illustrative example fo truss design using light gauge cold formed steel members.

 

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