10th International Conference on Advances in Steel Concrete Composite and Hybrid Structures (ASCCS2012)

Venue: Grand Copthorne Waterfront

Location: Singapore, Singapore

Event Date/Time: Jul 02, 2012 End Date/Time: Jul 04, 2012
Early Registration Date: Mar 01, 2012
Abstract Submission Date: Nov 30, 2011
Paper Submission Date: Mar 01, 2012
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This conference is jointly organised by the Department of Civil and Environmental Engineering, National University of Singapore and the Singapore Structural Steel Society.

The conference will bring together practitioners, academics, researchers, manufacturers, product providers, fabricators and contractors from around the world to review the advances and achievements made in steel-concrete composite & hybrid structures and products. Prominent keynote speakers will be invited to present their latest works as well as discuss and exchange ideas on current practices, innovation and future research area of needs.

Invitation to submit abstract

“Abstract should be approximately 150 words covering objectives of paper and indicating the main findings and conclusions. All abstracts are to be submitted online and will be subject to review on the basis of applicability to the conference theme and topics, a broad appeal to conference participants and readability. Authors will receive a notification of the acceptance of their abstract by 1 January 2012 and are required to submit full papers, which will be subject to peer-review, by 1 March 2012.

Authors are reminded that all papers must be original and must not have been published elsewhere. All accepted papers will be published in hardbound printed conference proceedings and in the form of e-proceedings in CD-ROM with ISBN by a reputed international publisher. All the papers will be indexed at CrossRef (www.crossref.org) with DOI assigned for reference linking and also submitted for indexation by Thomson ISI Proceeding, Elsevier’s Scopus and EI (Elsevier Index).”


The conference covers topics on (but not limited to):

Topic 1: Analytical & Computational Methods
Topic 2: Buckling & Stability
Topic 3: Case Studies
Topic 4: Codes & Optimum Design
Topic 5: Cold Formed Steel
Topic 6: Composite Joints, Members and Structures
Topic 7: Composite Use of Steel with CFRP
Topic 8: Construction, Fabrication, Erection & Maintenance
Topic 9: Dynamics & Seismic Performance
Topic 10: Experiment & Instrumentation
Topic 11: Fire Engineering
Topic 12: High-Rise Buildings, Bridges & Large Span Structures
Topic 13: Hybrid Structures
Topic 14: Lightweight Structures
Topic 15: Plasticity, Fatigue & Fracture
Topic 16: Plates & Shells
Topic 17: Sustainable Concepts & Development
Topic 18: Vibrations & Controls
Topic 19: Wind Engineering