GENERAL LECTURES – LSCE 1995
ARCHITECTURAL CONCEPTS
1. 50 Years of Shells - W.H.Isler, Switzerland
2. Lightweight Structures - Their Development and Impact Upon Modern Engineering. – Z.S.Makowski, UK
SHAPE AND FORM STUDY
3. Application of Generalized Inverse Matrix to Shape Analysis of Structures - Y.Hangai, Japan
4. Shaping of Structures for Least Weight - W.Zalewski, S.Kuś, PL
OPTIMIZATION
5. Optimization a Basis For Lightweight Structural Design – W.Gutkowski, PL
STRUCTURAL DYNAMICS
6. Dynamic Effects the enemy No 1 for Lightweight Structures – O.Fisher, Czech R.
SHELLS
7. Computational Analysis of Composite Shells - F.G.Rammerstorfer, M.A.Stiftinger, I.C.Skrna Jakl, Austria
8. Nonlinear Limit Analysis of R.C. Ribbed Shallow Shells with Different Forms of Surface under Concentrated Loading – V.V.Shugaev, Russia
THIN WALLED STRUCTURES
9. Some Effects Arising from Impact Loading of Thin Walled Structures - N.W.Murray, Australia
LOADINGS
10. Load Models for Highway Bridges - A.S.Nowak, USA
WOOD STRUCTURES
11. Polyhedra for Building Structures: why and how? P.Huybers, Netherlands
12. Wood as a Construction Material in Building Systems - P.J.Pelicane, USA
STRUCTURAL DAMAGE
13. Structural Design Solutions of TallBuildings Taking Into Account Low Cycle Fatigue, M.Łubinski, J.Sieczkowski, PL
ARCHITECTURAL AND STRUCTURAL CONCEPTS
14. Space Structure Structure Space - S. du Chateau, France
15. Lightweight Structures in Architecture: Their Scope and Application - V.Sedlak, Australia
16. A Structural System Suitable for Rational Construction – M.Kawaguchi, Japan
ANALYSIS
17. Application of Optimization Techniques To the Structural Design - A.Samartin, Spain
18. A Priori Estimates of Stability Limits on Nonlinear Load Displacement Paths – H.A.Mang, P.Helnwein, Austria
DESIGN AND CONSTRUCTION
19. Conceptual Design, Experimental and Theoretical Analysis, Detailing and Performance of Long Span Lightweight Structural Systems - M.Majowiecki, Italy
GENERAL LECTURES - LSCE 1996
20. The Way to Shape - H.Isler, Switzerland
GENERAL LECTURES - LSCE 1998
21. V.I.Bolshakov (Ukraine): Microstructure HSLA steels after controlled rolling with direct quenching
22. Z.Cywiński (Poland): The torsional buckling paradox of light weight members: origin and development
23. T.Hyde, S.Leen (UK): Prediction of elastic plastic generalized force displacement responses of tubular joints for three different loading modes
24. S.Jendo, W.M.Paczkowski (Poland): Multicriteria discrete optimization of hall structure using decomposed ortho diagonal method
25. Yu.M.Pochtman (Ukraine): Optimization models and of calculation of strength for reinforced concrete members
26. G.Solari (Italy): The wind excited behaviour of steel poles and light towers
27. W.Zabłocki (Poland): Shaping lightweight structures
GENERAL LECTURES - LSCE 2002
OPENING SESSION 5
28. Z.S. Makowski (UK): Development of jointing systems for modular prefabricated steel space structures
29. S.J. Medwadowski (USA): Alvar Aalto’s Benedictine Library Mount Angel, Oregon
30. M. Kawaguchi, M. Abe (Japan): On some characteristics of pantadome system
CHAPTER 1 – LARGE SPAN ROOFS
31. J. Rębielak (Poland): Numerical modelling of lightweight structures
CHAPTER 2 – TALL BUILDINGS
32. W. Zalewski, W. Zabłocki (USA/Poland): Engineering inspirations in shaping of tall buildings
CHAPTER 3 – TOWERS AND MASTS
33. U. Stottrup-Andersen (Denmark): Analysis and design of masts and towers
CHAPTER 6 – STRUCTURAL CONCEPTS
34. W. Sobek, P. Teuffel (Germany): Adaptive lightweight structures
CHAPTER 9 – ANALYTICAL METHODS
35. Y.B. Yang, J.D. Yau (Taiwan): Recent development on geometric nonlinear analysis of space frames
CHAPTER 10 – NUMERICAL METHODS
36. G.W. Owens, C. Roszykiewicz (UK): The use of electronic technical information to improve the use of lightweight structures in civil engineering: teaching, research, dissemination and practical design
CHAPTER 11 – OPTIMIZATION
37. E. Ramm, R. Kemmler (Germany): Challenges of structural optimization including stability and large deformations
38. S. Czarnecki, T. Lewiński (Poland): On forming of the stiffest structures
CHAPTER 12 – THIN-WALLED STRUCTURES
39. J.B. Obrębski (Poland): Thin-walled bars and structures – contemporary problems
CHAPTER 15 – VIBRATION CONTROL OF STRUCTURES
40. G.C.Giuliani (Italy): Overview on the dynamic control of structures
CHAPTER 16 – EXPERIMENTAL METHODS
41. M. Drdacky (Czech Republic): Structural failures and experimental investigations of lightweight structures
PART 4 – Application traditional and innovative materials
CHAPTER 17 – METAL STRUCTURES
42. V.I. Bolshakov (Ukraine): Application of steel with the bainite and acicular ferrite structure for building metal construction
CHAPTER 19 – COMPOSITE STRUCURES
43. F. Collombet, B. Douchin, P. Davies, F. Malaise (France): Loading rate effects on multiscale materials and structures: some experimental, theoretical and numerical problems
CHAPTER 20 – POLYMERE MATRIX COMPOSITE STRUCTURAL SYSTEMS AND BRIDGES
44. F. Seible, S. Cicerone, Y. Hose, D. Brestel, F. Lanza di Scalea (USA): The I-5/Gilman advanced technology cable-stayed bridge
CHAPTER 22 – GLASS STRUCTURES
45. J. Schleich, H. Schober (Germany): Design principles of glass roofs
CHAPTER 23 – TENSION STRUCTURES
46. M. Saitoh (Japan): Tension and membrane structures
CHAPTER 26 – WIND, NUMERICAL AND EXPERIMENTAL ANALYSIS
47. G. Bartoli, C. Borri, F. Mirto, G. Solari (Italy): Some recent advances and developments in wind dynamics of large lightweight engineering facilities
CHAPTER 27- LARGE SPAN ROOFS
48. Klaus Linkwitz (Germany): On some peculiarities of timber shells concerning formfinding, manufacturing, building physics.
GENERAL LECTURES - LSCE 2004
49.New breakwater structures Made of thin reinforced concrete walls, A. Catarig, L. Kopenetz, P. Alexa, Aliz Mathe; Romania
50. Morphofogical similarities of primeval tents and contemporary tensile surface structures, R. Tarczewski; PL
GENERAL LECTURES - LSCE 2005
OPENING SESSION – GENERAL LECTURES I
51. On some of my recent works of lightweight structures, M.Kawaguchi; Japan
52. Investigation of the dynamic behaviour of lightweight spatial constructions, V.V. Kulyabko; Ukraine
CHAPTER 3 – GENERAL LECTURES II
53. History of an earthquake, G.B. Arato, P. Clemente, M. Indirli, A. Martelli, B. Spadoni; Italy
On constitutive modelling for technical woven fabric, A. Ambroziak, P. Kłosowski; PL
CHAPTER 8 – GENERAL LECTURES III
54. Comparative investigation into buckling loads and load-bearing capacity of thin-walled columns under compressionon, M. Kotełko, Z. Kołakowski, J. Rhodes; PL, UK
55. Parallelizing the FEMA system, M.Maźniewski, W.Przybyło; PL
CHAPTER 12 –GENERAL LECTURES IV
56. Building shape online – an ontological approach to organization and visualisation, P.Jurewicz, V.F.J.Sedlak; Austria, Australia
57. World Cup 2002 and 2006 stadiums with retractable roof technology with a case study of arena auf Schalke from builder’s perspective, Igor Siotor; Germany
GENERAL LECTURES - LSCE 2014
General lectures
58. Documentation of RC Shell and Spatial Structures, Görün Arun, Turkey
59. Dealing with early age cracking of concrete structures, C. Mircea, Romania
60. Calculation of carrying capacity of reinforced concrete conic shallow shells with basicring on radially movable supports, V.V. Shugaev, B.S. Sokolov, Russia
61. Thunderstorm loading and response of structures, G. Solari, Italy
Invited Lectures
62. Fatigue analysis of slender structures under turbulent wind actions, M.P. Repetto, Italy
63. New Structural Technologies for Stadium Roofs, I. G. Siotor, Ch. Schloegl, Canada, Germany
64. A new footbridge to connect şirinevler district in Istanbul, E. Siviero, A. Stocco, F.Zago, A.Totaro: Italy
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