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Examples of Concrete Structural Design to NZS 3101 - Section B3 Wall Building (Wellington)
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The Examples of Concrete Structural Design to NZS 3101 (known as the Concrete NZ “Red Book”) provide worked examples demonstrating how compliance with the NZ Concrete Design Standard, NZS3101, can be achieved. The Red Book contains a comprehensive set of model calculations covering common concrete elements and structure types.

24/07/2018
When: Tuesday, July 24, 2018
12:30 PM
Where: James Cook Hotel Grand Chancellor
147 The Terrace
Wellington Central
Wellington, James Cook Hotel Grand Chancellor  6011
New Zealand
Contact: Learned Society - Secretary
concrete@bluepacificevents.com
(09) 536 5410

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***** Download Registration Form *****

WHY YOU & YOUR EMPLOYEES SHOULD ATTEND THIS SEMINAR
The Examples of Concrete Structural Design to NZS 3101 (known as the Concrete NZ “Red Book”) provide worked examples demonstrating how compliance with the NZ Concrete Design Standard, NZS3101, can be achieved. The Red Book contains a comprehensive set of model calculations covering common concrete elements and structure types.

The recently released Amendment 3 (A3) to NZS 3101:2006 involved considerable changes to the provisions for designing reinforced concrete walls. Consequently Section B3 of the Red Book, covering wall design, has been revised to comply with the updated standard. B3 covers the design of two wall systems, a coupled wall and a flanged cantilever wall. The calculations are presented in considerable detail, with an emphasis on illustrating the process in a way that can be applied to structures more (or less) complex than the example chosen.

This seminar presents the worked example of Section B3. The seminar will describe the design of the walls of a 10-storey reinforced concrete building, with major steps in the design process thoroughly explained.

As well as the overarching design process, the changes and implications of Amendment 3 to NZS3101 for the design of walls are explained and their background detailed. This will include:

  • New minimum reinforcement requirements
  • New transverse reinforcement requirements
  • Axial load and slenderness limits

Additionally, the application of key requirements of NZS1170.5 for design of a reinforced concrete wall building will be discussed.

THIS SEMINAR WILL COVER

  • General overview of the design process and building parameters
  • Analysis procedure
    • Ductility provisions
    • Building period
    • Seismic coefficients and base shear distribution
    • Design actions
    • P-Delta effects
    • Material strain limits
    • Deflection checks
  • Wall design (coupled wall and cantilever wall)
    • Design actions and material strain limits
    • Design for flexure (in-plane and out-of-plane)
    • Flexural overstrength
    • Detailing requirements for longitudinal reinforcement
    • Coupling beam design
    • Shear design and shear strength
    • Shear reinforcement and anchoring
    • Transverse reinforcement requirements and detailing

OTHER BENEFITS

  • Valuable resource through the seminar notes
  • Knowledgeable experienced speakers with good presentation skills
  • The opportunity to network with industry peers

WHO SHOULD ATTEND
Designers, Specifiers, Site Engineers, Contractors, Building Certifiers, Local Authorities, Consulting Engineers, Project Managers, Graduate Engineers.

INVESTMENT DETAILS

  • CNZ-LS members $340 (GST exclusive) per person
  • Non CNZ-LS members $440 (GST exclusive) per person (includes complimentary CNZ-LS membership until 30 June 2019)
  • Red Book Bound copies of the complete Red Book can be obtained from Concrete NZ at $295 per copy (GST exclusive). To order, contact Angelique at Concrete NZ – angelique@concretenz.org.nz, phone 04 499 8820.

SEMINAR FEES INCLUDE

  • Tea and coffee on arrival
  • Afternoon tea
  • Comprehensive seminar notes
  • The Redbook Walls Section B3

PROGRAMME

12.30 – 1.00 pm Registration, tea and coffee
1.00 – 2.50 pm Sessions 1 & 2

  • Scope and description of building
  • Analysis procedure for determining design loads and forces
  • Wall section properties
  • P-Delta effects
  • Design actions

2.50 – 3.10 pm Afternoon Tea
3.10 – 5.00 pm Sessions 3 & 4

  • Design of the main structural wall elements including coupled wall and flanged cantilever wall

PRESENTERS
Concrete NZ – Learned Society acknowledges the following supporting organisations for making this seminar series possible:

  • Nicholas Brooke, Courtesy of Compusoft Engineering Ltd
  • Alistair Russell, Courtesy of Holmes Consulting

***** Download Registration Form *****