Building Performance-based Design

Today many new buildings feature some level of performance-based design documented as Performance Solutions and the NCC allows designers to demonstrate that their design complies with either traditional deemed to satisfy prescriptive elements or has been assessed to include appropriate elements to meet the performance requirements or a combination of both. In performance-based design owners and engineers work together to achieve the best possible balance between construction costs and ultimate performance.

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Building performance-based design. Performance-based design is a process that enables the development of structures that will have predictable performance when subjected to defined loading. The overarching legislation is the Building Act NZ Govt 2004. Seismic hazard due to ground shaking should be determined con-sidering the location of the building with respect to causative faults the regional and local site-specific.

For example we dont want performance-based design to reduce by too much the flexibility of use of a building. For more than 40 years Exponent has been investigating structural and equipment failures. Presented by Ron Hamburger Simpson Gumpertz and HegerThis presentation was part of the 2014 EERI Technical Seminar Series.

Building components such as finishes claddings ME systems etc those for structures are focused in this paper. Performance-based design fire safety engineering quantitative risk assessment systems reliability design fires. A Performance-based design is a building design that is based on a set of dedicated performance requirements and that can be evaluated on the basis of performance.

The SFPE Engineering Guide to Performance-Based Fire Protection defines performance-based design as an engineering approach to fire protection design based on 1 agreed upon fire safety goals and objectives 2 deterministic andor probabilistic analysis of fire scenarios and 3 quantitative assessment of design alternatives against the fire safety goals and objectives using accepted engineering tools. Developed in the project. Many of the failed structures were designed to conform to minimum requirements prescribed by building.

Boundary Conditions Building Performance and Material Properties to the design and construction of building elements and assemblies. It is often no longer sufficient to simply conform to minimum requirements prescribed by building codes. In performance based design structural engineers identify the specific performance of the structures in consultation with the owner initially and then proceed with the design.

OUTLINE OF DESIGN METHODOLOGY Process in the performance-based design In the performance-based design a designer has to. A goal could be as simple as ensuring reasonably safe occupant egress during a fire scenario or limiting. As we all know performance based design is facilitated through the national construction code.

Performance-based design PBD turns the traditional design paradigm upside down in the sense. Performance Based Building Design 1 Performance Based Building Design 2 Both volumes apply the performance based engineering rationale discussed in Applied Building Physics. Learn about the ETABS 3D finite element based building analysis and design program and the advanced nonlinear analysis capabilities offered for Performance-B.

Performance Based Design is a process of designing structures for predictable performance for initially considered loads. However we need to make sure that all stakeholders are on board. It allows the design team to work together to determine the appropriate levels of ground motion and Performance Objectives for the building and the nonstructural components in order.

Performance-based design is quicker to adapt to new emerging trends and risks such as new fire loads and new occupant scenarios and it addresses each specific risk. Clarify the actual performance demand of the client through discussion with them. That study estimated that performance based design had generated an.

In 2012 the ABCB commissioned a study that quantified in dollar terms the value of regulatory reform three particular regulatory reforms one of which was the introduction of the 1996 performance based building code of Australia. Performance Based Seismic Design is the seismic design methodology of the future. Therefore performance objectives such as life-safety collapse prevention or immediate occupancy are used to define the state of the building following a design earthquake.

It is concerned with what a building or building product is required to do and not with prescribing how it is to be constructed Performance-based design approaches consider the ultimate goal and establish objectives and performance criteria that would result in achieving that ultimate goal. Determine the target performance based on the agreement with them. Introduction 11 Building controls framework There are essentially three hierarchical levels to the performance-based building controls framework in New Zealand.

This approach is used to design a new building or to evaluate an existing structure. Seismic ground shaking for performance-based design of tall buildings usually is represented using site-specific seismic hazard analysis. The performance-based approach to fire safety design relies on the use of fire engineering principles calculations andor appropriate software modelling tools to satisfy the intentions of the Code of Practice for Fire Precautions in Buildings 2013 Fire Code.

Rather than being based on prescriptive mostly empirical code formulations performance based design is an attempt to predict buildings with predictable seismic performance.

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