Workshops

People attending the conference can register for one of the workshops for each category:

INSPIRATION

Date: –

Workshop given by:

Tullia Iori
Università di Roma Tor Vergata

Description:

There are different approaches to designing a structure.

For example, there is a “naturalistic” approach: it is based on the idea of imitating nature, of finding in the forms existing in nature for the minimum one, the perfect one.

Then, instead, there is an approach that, given a rationally compatible solution, tries to improve it by adding loads that balance others, balancing forces, compensating stresses, correcting nature.

In the workshop we will see how these two approaches have been interpreted in the Italian School of Engineering: in particular, by Pier Luigi Nervi, Riccardo Morandi, Silvano Zorzi, Sergio Musmeci. And we will see how these approaches are still relevant and valid for the future of structural engineering.

 

Date: –

Workshop given by:

Javier Martínez Gutiérrez
ALE Heavylift

Description:

The workshop will show  some Smart and Innovative Constructablity solutions performed along last years pointing the actual available  tools and equipmentswhich does allow to afford them safely,

The workshop will show too the evolution of the hydraulic and ellectronic elements and systems developed along last forty years.

Date: –

Workshop given by:

Akio Kasuga
Sumitomo Mitsui Construction, Japan

Description:

Four butterfly web bridges which leads to light weight concrete structure were constructed in Japan. This new structural system has been taking more than 10 years since R&D process. The presentation shows the concept of this new structure and how to realise it.

 

DATA COLLECTION

Date: –

Workshop given by:

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Workshop given by:

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CREATIVITY

Date: –

Workshop given by:

Clemens Preisinger
Bollinger + Grohmann, Austria

Description:

Date: –

Workshop given by:

Pierluigi D’Acunto
ETH Zürich – Chair of Structural Design

Patrick Ole Ohlbrock
ETH Zürich – Chair of Structural Design

Description:

The aim of this workshop is to introduce the participants to a novel design method for the generation of equilibrated structures in three-dimensions using graphic statics and specifically the Combinatorial Equilibrium Modelling (CEM). CEM is an innovative approach to structural design in which, contrary to other equilibrium-based form finding approaches (such as particle-spring systems, force density method and dynamic relaxation), the equilibrium condition is inherent to the model and does not require any numerical simulation to be computed. CEM is grounded on vector-based 3D graphic statics and graph theory and allows the designers to take full advantage of the relationship between topology, form and structural behavior during the early stages of the design process. To make this approach operative, an interactive, computer-aided design tool has been developed within the 3D software environment McNeel Rhinoceros and Grasshopper. The tool enables the designers to work in real-time and in an intuitive way to generate non-conventional 3D spatial networks in equilibrium (form diagram) for any designer-specified connectivity, any combination of compression and tension forces (topological diagram) and any set of force magnitudes (force diagram).

The workshop consists of two halves: a taught part discussing principles and containing simple exercises and demonstrations; a second part where a couple of relevant case studies developed using the CEM will be presented to the participants.

Date: –

Workshop given by:

Aurelio Muttoni
École Polytechnique Fédérale de Lausanne, Switzerland

Miguel Fernández
École Polytechnique Fédérale de Lausanne, Switzerland

Description:

The search for structural efficiency and material optimization has been a constant source of inspiration in structural engineering. Historically motivated as a material necessity, a number of efficient designs tailored to the potential of the structural materials have been developed in the past, notably within the 20th century. In many cases, relying on simple calculations (mostly based on equilibrium considerations) and with a sound structural concept and detailing, true masterworks were constructed. 

In this contribution, it is explored the process of the conceptual design of structures. This process is shown following a case-based approach where selected projects are analysed. It is shown the significance of the analysis by means of simple equilibrium-based approaches and the necessity to consider the site specifications. A special emphasis is dedicated to the evolution of the conceptual design and how even radical changes are eventually required to satisfy the project constraints that may evolve during the project or construction phases.

 

MATERIALIZATION

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Workshop registration is done during the registration process.

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