Publications
All available in downloadable PDF format
Earthquake Resistance and Strengthening – Industrial Projects, 2019
2019
Selected Industrial Projects 1986-2019
Earthquake Resistance and Strengthening – Commercial Buildings, 2019
2019
Selected Commercial Buildings 1986-2019
Earthquake Resistance and Strengthening – Multifamily Buildings, 2019
2019
Selected Multifamily Buildings 1986-2019
Earthquake Resistance and Strengthening – One or Two Family Houses, 2019
2019
Selected One or Two Family Houses 1986-2019
Earthquake Resistance and Strengthening – Educational Institutes, 2019
2019
Selected Educational Institutes 1986-2019
Earthquake Resistance and Strengthening – Hotels, 2019
2019
Selected Hotels 1986-2019
Earthquake Resistance and Strengthening – Hospitals, 2019
2019
Selected Hospitals 1986-2019
Earthquake Resistance and Strengthening – Listed Buildings, 2019
2019
Selected Listed Buildings 1986-2019
Earthquake Resistance and Strengthening – Sports Centers, 2019
2019
Selected Sports Centers 1986-2019
Earthquake Resistance and Strengthening – Transportation Projects, 2019
2019
Selected Transportation Projects 1986-2019
Industrial Buildings, Cement & Power Plants, Bridges, 2017
2017
Selected Industrial Projects 1986-2017
Redesign & Strengthening of Buildings, 2017
2017
Selected Strengthening Projects 1986-2017
Engineering Projects, 2017
2017
Selected Building Projects 1986-2017: • Hospitals • Airports • Athletic • Hotels • Public • Educational • Offices • Commercial • Residences • Logistics • Parkings
Cement Projects, 2013
2013
Selected Cement Projects 1986-2013
Earthquake Resistance, 2013
2013
Selected Strengthening Projects 1986-2013
Seismic Behavior of Multi-Story Buildings with Pilotis (Push Over) – Strengthening Methods, 2012
2012
… the behaviour of a pilotis building, strengthened through application of two reinforced concrete shear walls in x direction, and two reinforced masonry walls (gunite) in y direction, is examined. Push Over analysis gives an increase in strength by 2.5 times, and a 25% displacement reduction …
Engineering – Cement – Software, 2009
2009
Selected Projects 1986-2009
Earthquake Resistant Design and Strengthening of Reinforced Concrete Buildings, 2007
2007
… a reinforced concrete building may securely resist the design earthquake if it may locally perform plastic deformations and avoid at the same time brittle failures …
Modern Technology for the Design and Drafting of Steel Constructions, 2002
Yli & Ktirio Magazine
2002
In the last few years, the necessity for quick erection, economy and architectural innovation leads to a developing use of metal structure for buildings intended to be used as commercial warehouses, athletic or industrial plants and bridges …
Evaluation of the Seismic Resistance of Existing RC Buildings and Bridges – Improvement of Seismic Behavior, EPPO, 2002
EPPO Research Project Report
January 2002
… It follows analytical presentation of the Displacement Coefficient Method, which extends to investigating the applicability of the method, taking into account the characteristic properties of selected records of Greek earthquakes …
Modern Technology for the Design and Drafting of Steel Constructions, 2002
Yli & Ktirio Magazine
2002
In the last few years, the necessity for quick erection, economy and architectural innovation leads to a developing use of metal structure for buildings intended to be used as commercial warehouses, athletic or industrial plants and bridges …
New Methods of Earthquake-Resistant Strengthening Design, 2001
SPME (Greek Society of Civil Engineers)
November 28, 2001
During the last 10 years, earthquake-resistant engineering has seen great progress. Concepts such as plasticity, energy absorption, non-elastic behaviour, seismic isolation have nowadays become familiar to a wider engineering audience, and are used in a large number of projects for the design of existing structures strengthening and the improvement of structural behaviour during earthquake …
Earthquake-Resistant Design of Existing and New Structures through the Push Over Method, 2001
SPME (Greek Society of Civil Engineers)
June 6, 2001
The purpose of earthquake-resistant design is to improve the structure’s mechanical behaviour. This improvement must mainly focus on the following fields …
Strengthening of Buildings against Earthquake – Application of the Push Over Method, 2001
SPME (Greek Society of Civil Engineers)
February 14, 2001
… we must certainly begin an effort to increase the safety of our constructions. The axes we are going to move should be first of all identifying the vulnerability of the constructions and then identifying the appropriate strengthening interventions needed to justify it …
STATIKi Issue 3, 2001
February 2001
Pre-Seismic Checking of Pilotis Columns, 2001
2001
The program is used for the pre-seismic checking of pilotis columns. It is suitable for buildings that have reduced stiffness and resistance on the ground floor and do not have shear walls or cores …
ELEMENT – Formwork and Reinforcement Drawings-Bar Lists, 1999
1999
• Bar Shapes after DIN 1356 • Creation of Special Bar Shapes • Mulitiple Representation of Reinforcement Position • Macros for Typical Details • Automatic updating of the Representations • Storing and Restoring of Details even in Different Drawings • Bar Lists, Bill of Quantities • Automatic Management of Reinforcement Position Numbers • Different Representations of the Reinforcement Bars, Position Data and Connection Lines • Data Exchange with STATIK-H, CEDRUS-B, LARIX-M • Data Exchange with ARTIFEX-B, RXF-OUT, DXF-OUT
Computer Solutions of Soil Mechanics Problems, DUTh, 1998
December 1998
Within the framework of the courses “Embankments and Soil Dams” and “Special Problems in Foundations” taught in the 9th semester and” Earth Pressure-Anchoring-Retaining Walls” taught in the 7th semester of studies of the Department of Civil Engineering of the DUTH, the LARIX-3 soil mechanics program of the Swiss software company Cubus Hellas Ltd is presented …
STATIK-3/ST Student Edition, 1998
1998
This manual describes and documents the world-famous STATIK program, that started 25 years ago at the Zurich Federal Technical University (ETH Zuerich) and was subsequently developed by the cubus company …
STATIKi Issue 2, 1992
May 1992
STATIKi Issue 1, 1991
November 1991
Inelastic Behavior and Fracture of Reinforced Concrete, ETHZ, 1986
1986
The aim of the work is to develop simple structure models that capture the concrete fracture …
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