EASE (Essential Applications for the Structural Engineers) is a freeware, bilingual (en-gr) structural engineering application suite, designed to perform a series of typical and frequently used structural egineering calculations. Software page
A one day seminar is organised by the Technical Chamber of Greece, the Organisation of Earthquake Protection and Planning and the Hellenic Association for Earthquake Engineering on the lessons learned from the recent Cephalonia Earthquake.
Building Wizard is an interactive front-end software for the seismic analysis and assessment of buildings structures, that takes advantage of a sophisticated, Open-Source software for Earthquake Engineering Simulation (OpenSees) to provide through its graphical user’s interface: (a) conceptual assistance during the finite element analysis pre- and post-processing (b) finite element model development automations and (c) expert advice for modeling various building-specific issues that are key for the reliable prediction of structural response (such as shear wall connections, soil-structure interaction etc). Building Wizard improves the efficiency and credibility of the finite element modeling developed, particularly for the case of complex buildings structures and gives the designer more control in critical modeling decisions affecting the overall system response.
Developed by: N. Psyras, D. Panagiotopoulos, N. Gantsidis Academic Advisor: Anastasios Sextos Download Setup file
Two major earthquakes with Mw = 6.0 and Mw = 6.1 hit the Cephalonia Island of Greece on January 26th and February 3rd of 2014, respectively.The reconnaissance mission was unique in two ways: First, it brought together the local, highly qualified earthquake engineering community, with a US collaborative team of GEER, EERI, and ATC to form a 70-people multidisciplinary team. Second, the resiliency of building stock, geostructures, and communities that responded successfully to one of the strongest sequence of ground motions ever recorded in Europe provided the opportunity to focus on collecting data of successful performance in addition to failures - a new generation of reconnaissance.
with observations on: (i) seismological and recorded motions; (ii) geotechnical aspects; (iii) rigid blocks behavior; (iv) structural response; (v) infrastructure lifelines; (vi) nonstructural components response; and (v) economical and societal aspects.
Presentation made during the Workshop about Cephalonia Earthquake jointly organised by the Society of Civil Engineers, the Hellenic Association for Earthquake Engineering, the Greek branch of the International Association for Bridge and Structural Engineering and the Organisation for Earthquake Protection and Planning.
An amazing event, on educational robotics and means to mitigate nature's fury. Proud to participate in this high standard and well organised educational party. Congratulations to all teams for their innovative ideas and hard work. More at: https://www.facebook.com/firstlegoleaguegreece
Two special sessions on on Computational Earthquake Engineering and Bridge Engineering, are organised during the Twelfth International Conference on Computational Structures Technology to be held in Naples, Italy, 2-5 September 2014. The conference runs concurrently with the Ninth International Conference on Engineering Computational Technology. Participants may attend sessions from either conference. More information on how to submit an abstract can be found here.
CST2014-S01: Computational Earthquake Engineering
The Special Session focuses on recent advances in Computational Earthquake Engineering and Structural Dynamics. More specifically, it will encourage contributions related to the mitigation of seismic risk, the design and assessment of earthquake resistant buildings and bridges, the assessment of special and monumental structures, system identification andstructural health monitoring, performance-based engineering, seismic isolation and control of structures, dynamic soil-structure interaction, strong ground motion selection and scaling as well as seismic wave propagation through the soil media. Papers related to new software applications, web-based engineering tools, frameworks for hybrid simulation and distributed computing, knowledge-based & expert systems, finite element programs, numerical analysis pre- and post- processing front-ends, data and metadata dissemination and management systems, high performance, parallel and cloud computing schemes, applications for mobile devices and tablets as well as GIS-based visualization tools are also welcome. It is envisioned that the Special Session will constitute an interesting forum for scientists using state-of-the-art computational methods and tools for Earthquake Engineering purposes.
CST2014-S03: Bridge Engineering: Modelling, Analysis and Design
The Special Session focuses on recent advances in Bridge Engineering and particularly with numerical methods for their analysis and design. More specifically, it will encourage contributions related to recent advances in Information & Communication Technologies (ICTs) and their applications in the design and assessment of bridges. It aims to review and critically demonstrate advanced numerical analysis methods, new software applications, web-based engineering tools, decision-making systems, collaborative on-site and remote research tools, frameworks for hybrid simulation (coupled experimental and numerical modules), open source finite element programs and collaborative frameworks for seismic applications, data and metadata dissemination and archiving, applications for mobile devices and remote computing, wireless data transmission and structural health monitoring, as well as earthquake- specific GIS applications. Code implications and case studies are also most welcome.
Deadline for submission of abstracts: February 15th, 2014.