Structural Design for Civil Engineers is designed to provide our Civil Engineering students with an understanding of the principles of basic structural design in the main materials of concrete, timber and steel. The course builds on the knowledge gained from previous courses on the analysis of simple structures, and the mechanical properties of materials needed for structural design. The course will cover an overview of building regulatory systems, compliance pathways, and standards. The loading codes AS/NZS1170 will be presented with the significance of uncertainties of loading discussed. The concepts behind lateral loading, including seismic and wind will be covered at a conceptual level such that load paths and structural systems can be discussed in context.
This course will focus on the specific design of beams for flexure and shear, as well as looking at the key considerations and design philosophy in the design of other structural elements and structural systems. The concept of non-specific design for timber will be used to investigate simple design for a residential project using NZS3604.
This course consists of lecture, a weekly tutorial, quizzes, a mid-semester test and design assignment. In addition, you will be expected to learn from additional reading, problem solving, structural drawings and other work outside of formal contact hours. The course requires students to become familiar with part of the Design Actions Standard and the material standards for concrete, timber and steel. The course is well supported by the course notes and published texts.