Drawing Management with AutoCAD Sheet Set

Drawing Management with AutoCAD Sheet Set

Prakoso, Edwin

Preference :

Sheet Set is a great tool to manage your project’s documentation. You can collect and manage all of your drawings to a Sheet Set. This will let you and your team access it easily during the design process. Sheet set also allows you to share common information to all drawings in Sheet Set. It allows you automate tasks, related to project’s documentation. For example, you only need to change project name once. The text in all drawings in the same Sheet Set will change automatically. These capabilities will help you to manage your drawings document easily. This e-book will guide you to create your own Sheet Set and utilize it. You will learn how to create your own sheet template, set up Sheet Set, create sheets and use tools in Sheet Set Manager to make you more productive.

You need to know AutoCAD basic features before using this e-book.
The skills that you need to know are:
1. You need to know how to work with AutoCAD dynamic blocks.
2. You need to know how to create and use block attributes.
3. You need to know how to work with layout and viewport
4. You need to know how to work with text fields.
You will use them in this e-book, but they are not covered in details here.



Content :
  • Introduction to Sheet Set
  • Preparation
  • Configuring Sheet Set
  • Working with Sheet Set
  • Working With Sheet Views
  • Sheet Set Automation


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Linear and Non-linear Numerical Analysis of Foundations

Linear and Non-linear Numerical Analysis of Foundations

Smid Book

Preference :

The correct understanding, design and analysis of foundations that support
structures are fundamental to the safety of those structures. Witness
the leaning tower of Pisa, which, if built a short distance from its present
location, would have remained upright and have been just another safe
structure!
With the introduction of more complex design codes, such as the Eurocodes
in Europe, it is becoming increasingly necessary to use linear and
non-linear numerical analysis in the design of foundations to model accurately
the structure’s response to loading.
In order to allow designers, engineers, architects, researchers and clients
to understand the advanced numerical techniques used in the analysis and
design of foundations, and to guide them into safer, less expensive and longerlasting
structural foundations, a wide range of world experts with knowledge
in the latest advances in the design and analysis of foundations has
been brought together, and their expertise presented in a clear and logical
way.
The chapters in this book provide a review of state-of-the-art techniques
for modeling foundations, using linear and non-linear numerical analysis,
as they affect a range of infrastructure, civil engineering and structural
engineering foundations. The use of these chapters will allow designers,
engineers, architects, researchers and clients to understand the advanced
numerical techniques used in the analysis and design of foundations,
and to guide them into safer, less expensive and longer-lasting structural
foundations.
The following topics are covered in the book:
Using probabilistic methods to measure the risk of geotechnical site investigations
illustrates that probabilistic methods can be employed successfully
to measure the effectiveness of site investigations.



Content :
  • Using probabilistic methods to measure the risk of geotechnical site investigations
  • The contribution of numerical analysis to the response prediction of pile foundations
  • Uplift capacity of inclined plate ground anchors in soil
  • Numerical modeling of geosynthetic reinforced soil walls
  • Seismic analysis of pile foundations in liquefying soil
  • The effect of negative skin friction on piles and pile groups
  • Semi-analytical approach for analyzing ground vibrations caused by trains moving over elevated bridges with
  • pile foundations
  • Efficient analysis of buildings with grouped piles for seismic stiffness and strength design
  • Modeling of cyclic mobility and associated lateral ground
  • deformations for earthquake engineering applications
  • Bearing capacity of shallow foundations under static and seismic conditions
  • Free vibrations of industrial chimneys or communications towers with flexibility of soil


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