AS 5100.2 PDF

Visit our website and learn more about AS standards. AS Bridge design – Design loads [Standards Australia] on Amazon. com. *FREE* shipping on qualifying offers. Provides minimum design loads. AS , Design Loads, sets out the minimum design loads, forces and load effect for road, railway, pedestrian and bicycle bridges and other.

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Explore the Home Gift Guide. The amendment is based around adoption of AS The coverage of that documentation would have to include as a minimum: Standard test for the evaluation Recommendation: The design of drainage systems should accommodate the movement across the deck joints of the bridge of not less than one quarter of the calculated relative movement under the ULS design earthquake conditions, plus long-term shortening effects where applicable, and one- third of the temperature 510.2 movement from the median temperature position, without sustaining damage.

AS Clause Differential temperature

Conclusions on AS Foundations and soil supporting structures In the evaluation of foundation settlements, AS However, the Bridge manual requirements largely complement those of AS No limitation applies to the maximum design width of an open gap joint under these conditions.

Key changes include definition of the different joint sealing elements and consideration of the decompression of compression seals due to concrete creep shortening. A detailed review is required. Design of columns and tension members for strength and serviceability With some modification section 10 of AS Appendix A is generally suitable for adoption.


Overall conclusions on the adequacy of AS for adoption for bridge design in New Zealand and recommendations for the way forward are given following the executive summary at the front of the report.

Which load specification is more appropriate is not clear and would require a more detailed review if AS Cross-references within the supplementary requirements and the commentary presented in sections 4. Material and construction requirements If AS Where there are differences in the approaches or factors applied by AS Shallow footings AS Design loads Multi-lane moving traffic stream stopping: Amazon Inspire Digital Educational Resources.

Refer also to section 3. Review of Australian standard AS Bridge design with a view to adoption.

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The effects of seizure of a 51000.2 are also to be considered. However, the Bridge manual provisions largely complement these requirements with little duplication and if AS Overall conclusions on adopting AS Aligning the Bridge manual to AS by supplements is more complicated than may at first appear, as significant differences arise in many areas including seismic design, design live loading and slab design.

In addition, a review of the load factors adopted by AS Bearings and deck joints AS Withoutabox Submit to Film Festivals. The corresponding Bridge manual requirements are: Possibly also, details are required of how the debris raft load is to be shared between the ss and the superstructure when az acts on both, as the load is derived differently depending on which part of the structure it acts on.

Coverage is given in section 10 to the following: Both procedures rely on the calculation of an adjusted AADT value through the application of factors for road type, grade, curvature of the alignment, and height of the structure and under structure land use.


Reasons such as off-topic, duplicates, flames, illegal, vulgar, or students posting their homework. Where there could be conflict between the requirements of AS Stress development and splicing of reinforcement and tendons With a number 51000.2 modifications section 13 of AS Supplementary documentation would also be required to incorporate the additional analysis approaches elastic analysis with moment and shear redistribution, and plastic analysis included in NZS with the limitations and exclusions sa are appropriate for gravity load design of bridges.

AmazonGlobal Ship Orders Internationally. Design loads dynamic load allowance and multiple lanes loaded factors included. Deck joints are also a 510.2 source of deterioration to the bridge structure itself where leaking joints can promote corrosion of underlying structural elements. Design of walls Section 10 of AS Standard precast prestressed concrete girder A revised version of appendix H of AS The basis of the design provisions and background testing and research is referenced in a comprehensive commentary to NZS They should not rely on its contents in isolation from other sources of advice and information.