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Chair Contributed with a Key Note Speech About the Utilization of Construction Robotics to the International Seminar on Technology and Innovation for Zero Carbon Building at Hong Kong University
Jury Ecole Centrale Lille
Launch 2017 of New Springer Journal Construction Robotics
Chair organised workshop for the ZERO-PLUS project regarding the implementation of the technologies into the case studies
Interview of chair holder for IVV-Magazin
H2020 project REACH considered by the magazine "Technologist" being on the forefront of "opening up science"
Chair is a member of the ISO/TMB SAG-A Strategic Advisory Group on Ageing Societies
Keynote on Teaching Robotics for Schosa English Architecture Schools Deans Reunion
Cracova University Modular Power Lab Keynote
A²L-Mobilius featured as regional flagship project by the project sponsor
Proceedings for the CIBW119CIC 2016 International Workshop are now Online
Chair participated in and contributed to the ISG World Conference
TUM and Tu/e present a jointly developed smart table at the EuroTech high-level event in Brussels

 

SMAS (Solid Material Assembling System)


SMAS is a of reinforced masonry construction system. A standard building block processed by this system, 30cm x 30cm x 18cm in size and 20kg in weight, is made of pre-cast concrete and includes cross-shaped steel bar inside each component for the reinforced of structural wall. The design of the building blocks along with the design of the robot system and the logistics was part of the project. Building blocks are positioned automatically by the robot one by one without arrangements of conventional bonding. Following the positioning of each component, steel bars are connected to those of adjacent components also by the robot. The joint type of steel bar for vertical direction is mechanical, and that for lateral direction is overlapping. Concrete is grouted from the top of the wall which is erected one story high (about 3m). The newly developed operating hand is installed to the mother robot (6-articulation-type robot) which was developed for a wide variety of applications in factory use and a series of experiments for wall erection were carried out.

The SMAS System itself was designed as a modular system for the purpose that single components could be developed further in the future. All system components including the building blocks were developed as complementary parts according to the guidelines of Robot Oriented Design (ROD).

Publications:

T. Bock,
A Concept of Building System for Robotization , in: Proceedings of the 4th ISARC in Haifa (International Symposium on Automation and Robotics in Construction), S. 525-541, 1987

T. Bock,
Robot Oriented Design, in: Proceedings of the 5th ISARC in Tokio (International symposium on robotics in construction), S. 135-144, Juni 1988, (Englische Version.)

Bock, Thomas,
A Study on Robot-Oriented Construction and Building System. Ed: University of Tokyo, In: National Institute of Informatics, Tokyo, 29.03. 1989.

T. Bock,
Systematic Design Analysis for (ROD) Design Synthesis Shown at the Example of a Structural Joining System Suited for Robotic Assembly, in: Proceedings of the 6th ISARC (International Symposium on Automation and Robotics in Construction), S. 111-118, San Francisco, 06.06.1989, US

T. Bock, T. Linner
From early Trials to advanced Computer Integrated Prefabrication of Brickwork.
In: New Perspective in Industrialization in Construction – A State-of-the-Art Report; (Eds) Girmscheid, F. Scheublin; CIB Publication 329, Switzerland/Zurich: ETH Zürich; May 2009; ISBN 978-3-906800-17-2; Page 161-181