CIVL60912 15 Semester 2 Postgraduate Taught Level 4 Tianjian Ji Unit coordinator 1 FHEQ level (Framework for Higher Education Qualifications) ' Masters/Integrated Masters P4 ' European Credit Transfer & Accumulation System Rating : 7.5 <p>This module brings together theoretical fundamentals, engineering practice and code regulations for aseismic designs and enables students to understand the philosophy of earthquake resistant design and appreciate the behaviour of structures subjected to earthquake actions. One of the top structural engineers in the UK will deliver the practical aspects of the unit and show many practical cases. Advanced structural concepts, such as resonance and vibration reduction, will be demonstrated using physical models. MIDAS will be used to conduct earthquake resistant design of a frame structure based on Eurocode 8. The module will equip students with advanced knowledge in earthquake engineering to meet the challenging of engineering aseismic designs.</p> <p>This module brings together theoretical fundamentals, engineering practice and code regulations for aseismic designs and enables students to understand the philosophy of earthquake resistant design and appreciate the behaviour of structures subjected to earthquake actions. One of the top structural engineers in the UK will deliver the practical aspects of the unit and show many practical cases. Advanced structural concepts, such as resonance and vibration reduction, will be demonstrated using physical models. MIDAS will be used to conduct earthquake resistant design of a frame structure based on Eurocode 8. The module will equip students with advanced knowledge in earthquake engineering to meet the challenging of engineering aseismic designs.The unit of Earthquake Engineering provides the knowledge about earthquakes, the structural responses due to ground motion and the ways for designing and analysing structures for earthquake resistance.</p> <p>For students to understand the fundamentals of earthquake engineering, the methods of analysis and design of structures for earthquake resistance.<br />For students to be able to use the spectral method in Eurocode 8 (Design of Structures for Earthquake Resistance) for the analysis and design of structures through both hand and computer methods.</p> 1 Written exam 80% 3 Report 20% <p>Feedback will be provided together with the returns of two coursework submissions. In addition to written feedback. Two one-hour tutorials will be given to complement the written feedback.</p> MSc Structural Engineering MSc Structural Engineering PGDT Taught Component Mandatory N eAssessment 15 Lectures 24 Project supervision 15 Tutorials 12 0 84