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PERFORM 3D is a highly focused nonlinear software tool for earthquake resistant design. Complex structures, including those with intricate shear wall layouts, can be analyzed nonlinearly using a wide variety of deformation-based and strength-based limit states.
Model data can be imported directly from ETABS and SAP2000. A wide variety of element types are supported, including beams (with panel zones), columns, braces, shear walls (with openings), floor slabs, dampers, and isolators.
Nonlinear analyses can be static and/or dynamic, and can be run on the same model. Loads can be applied in any sequence, such as a dynamic earthquake load followed by a static pushover.
PERFORM 3D provides powerful performance based design capabilities, and can calculate demand/capacity (usage) ratios for all components and all limit states. Performance assessment based on ATC-40, FEMA-356 or ATC-440 is fully automated.
PERFORM 3D output includes usage ratio plots, pushover diagrams, energy balance displays, as well as mode shapes, deflected shapes, and time history records of displacements and forces.
MODELING
• Import Model Geometry from ETABS and SAP2000
• Easy-to-Use Graphical Interface
• Beam, Column and Brace Members
• Solid, Hollow and Flanged Parametric Shapes
• Shear Links and Panel Zones
• Complex Shear Walls and Floor Slabs
• Dampers and Isolators
• Plastic Hinges with PMM Interaction
• P-Delta Effects
NONLINEAR ANALYSIS
• 3D Nonlinear Static Pushover
• 3D Nonlinear Time-History Earthquake
• Sequential Loading, e.g., Cyclic Pushover
• Automated Analysis Strategies
• Trilinear Force-Deformation Relationship
• Optional Brittle Strength Loss and Stiffness Degradation
• Combine Results for Multiple Earthquakes
• Vary Member Strengths without Changing the Model
• Efficient Solver for Large Structures
DISPLAY
• Demand/Capacity (Usage) Plots
• Pushover Diagrams
• Time-History Records of Displacements, Drifts and Forces
• Moment and Shear Diagrams
• Force Displays for Member Groups
• Animated Deflected Shapes
• Animated Mode Shapes
• Hysteresis Loop Plots
• Mean Demand/Capacity Plots
• Energy Balance Displays
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CRACK IS ONLY AVAILABLE FOR VIP ONLY Password (If need):
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Design of Reinforced Concrete (7th ed) By Jack C. McCormac & James K Nelson
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General Description:
With this bestselling book, readers will quickly gain a better understanding of the fundamentals of reinforced concrete design. The author presents a thorough introduction to the field, covering such areas as theories, ACI Code requirements, and the design of reinforced concrete beams, slabs, columns, footings, retaining walls, bearing walls, prestressed concrete sections, and framework. Numerous examples are also integrated throughout the chapters to help reinforce the principles that are discussed.
Design of Reinforced Concrete
By Jack C. McCormac & James K Nelson
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AutoCAD Workbook for Architects and Engineers
Publisher: Wiley-Blackwell | Pages: 296 | 2008-09-22 | ISBN 140518096X | PDF | 20 MB
This practical step-by-step guide - designed for use at your computer - gives clear, compact instructions and self-test exercises to help you learn 2-D drawing using AutoCAD. The text is written for use on all AutoCAD releases from 2000 to 2008.
Computer-aided drawing is a skill that every student in architecture, engineering, the trades and construction must learn – and ideally at the computer, actually drawing things. AutoCAD is the most widely used package in the industry but existing teaching books tend to be too wordy and focus more on technical wizardry than on how to deliver actual finished drawings using industry drafting protocols.AutoCAD Workbook gives you the skills you need for the full range of drawing types using a wide variety of commands and sequences. Each chapter - or teaching module – contains a brief introduction to the commands, explaining exactly how each one can be used, and plenty of exercises to demonstrate how to produce everything from working drawings to presentation drawings; and orthographic projection to pictorial views. Examples include residential and commercial buildings for architects and designers; steel and concrete details for civil and structural engineering; mechanical parts and assemblies for mechanical engineering; and millwork and cabinet-making for woodworking applications.
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If you are having same Moderators for the entire section, wouldn't it be more desirable to have their name in the Green bar at the top of every section instead of writing after every sub-sections.
I think the forum would look more tidier this way.
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![[Image: procsvol1.jpg]](http://www-civ.eng.cam.ac.uk/procsvol1.jpg)
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