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Sessions Under Development
Important deadlines for the conference are:
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Final Submission of Poster or Manuscript:
December 15, 2007 ( Extended to December 20, 2007 )
- Submission of Presentation files: April 26, 2008
You will need to login to your author account – then choose Upload Presentation (or Poster) – We will continue to accept presentations throughout the congress so attendees can access copies during and after the congress.
Final Paper Minimum Requirements
Main Congress:
- Minimum length: two full pages (12 point font, 1 inch margins all around)
- Maximum Length: ten full pages (12 point font, 1 inch margins all around)
- Papers will be edited but not officially peer reviewed
18th A&C Specialty Conference:
- Minimum length: ten full pages (12 point font, 1 inch margins all around)
- Maximum Length: 6000 words (12 point font, 1 inch margins all around)
- Papers will receive official peer review
Papers not conforming to the template guidelines will be returned to the author and will not be included in the conference proceedings
Final papers should be submitted in Adobe Acrobat (.PDF) format. Poster paper formats must be in Microsoft Word (.DOC), Microsoft Powerpoint (.PPT) or Adobe Acrobat (.PDF) file format.
The following templates give the detailed requirements for the format of final submissions.
Final Poster Submission Format Guidelines
You Must Embed Your Fonts In The Submitted PDF
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Uploading Final Paper or Poster Instructions
- Log In to your Author Account
- After successfully logging in, you should see your Uploaded Abstract Files listed.
- Click on the 'Upload Final Document' button to the right of your Approved Abstract.
- You will be redirected to the Final Document Submission Form.
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If you are an editor or reviewer, please proceed to the Editor or Reviewer Log-in page.
The conference will focus on the following Engineering Educational issues: - 18th A&C Specialty Conference
- A&C Plenary Session
- Advances in Seismic Isolation Design Practice in the U.S. and Japan
- Advances in Software Development for Structural Engineering Applications
- Advances in Structural Control
- Computational Aspects in Distance Education
- Damping in Buildings: Measurements, Uncertainty, and Application
- Design of Structures for Wind Using Computational Methods
- Development and Validation of Advanced Modeling Methods for High-Rate Loadings
- Impact Tests for Constitutive Models Analysis and Computation
- Performance-based Evaluation of Passive Control Systems
- Performance-based Evaluation of Semi-Active and Passive Control Systems
- Structural Analysis: Are we teaching the wrong stuff?
- System Performance Optimization - Minimizing Annual Loss, Minimizing Life-Cycle Costs and Maximizing Performance Reliability
- The Use of Mathcad, Matlab, and other Applications and Technology in Teaching Advanced Structural Analysis
- Validation and Verification of Hybrid Simulation for Seismic Structural Response
Bridge & Transportation Structures- Bridge Case Studies
- Bridge Design and Rehabilitation
- Cable Stayed Bridge Design
- Concrete Bridges
- Emerhence of Bridging in China
- Fatigue Enhancement of Steel Structures
- In-Service Monitoring of Bridges and High-Mast Light Towers
- Monitoring of Bridges
- Recent Advances in Shear Design for Reinforced Concrete
- Seismic Design of Bridges
- Structural Response of Bridges Subjected to Thermal Loading
- Timber Bridge Design Issues
- Tubular Steel Columns
- Utilization of Non Destructive Testing (NDT) Methods in Structural Health Monitoring (SHM)
- Wind on Bridges
Buildings- 2006 SJI Standard Specification for the Design of Composite Steel Joists, Cj-Series - A New Specification and Catalog for the Design Professional
- Application of Finite Element Analysis for Seismic Design and Evaluation of Concrete Buildings
- ATC seismic mapping session
- ATC-63 - Quantification of Building System Performance and Response Parameters
- Bending Steel: What Every Designer Should Know
- Case Studies and Panel Discussion of the Successful Implementation of Integrated Design in Sustainable Structures in Vancouver
- Connections and Detailing - 1
- Connections and Detailing - 2
- Design for Structural Fire Safety
- Development of AISI Cold-Formed Steel Seismic Design Standards
- Developments in Connection Design Specifications and Approaches
- Emerging Masonry Products & Systems
- Existing Buildings - Codes / Standards / Evaluation and Rehabilitation
- FEA of Masonry
- Glass Structures
- High Performance Concrete Structures
- High Rise Buildings - Session 1
- High Rise Buildings - Session 2
- Innovation from Concept to Construction: A Case Study of the USC Cinematic Arts Center
- Innovative Methods for Blast and Progressive Collapse Mitigation
- Innovative Structural Systems
- International Advances in Steel Plate Shear Walls 1: Research
- International Advances in Steel Plate Shear Walls 2: Design Codes and Applications
- Lateral design with Cold-Formed Steel: the latest code changes and research updates for North America
- Masonry Design and Evaluation
- Masonry Veneer Research Evaluation and Design
- New MBMA/AISC Methods for Design of Metal Building Frames
- PFRP design standard
- Practical Solutions for Stability and Bracing of Steel Frames
- Practical Solutions for Stability Design of Steel Frames
- Practical Solutions in Steel BRacing
- Prequalified Moment Connections for Seismic Design of Steel Structures
- Prestressed Masonry
- Progressive Collapse
- Progressive Collapse Competition
- Pushing the Envelope in Material and Structural System Choice in High-Rise Buildings
- Seismic Design - Structural System
- Seismic Evaluation - Walls
- Seismic Retrofit of URM
- Steel Shear Wall Systems-Recent Experimental and Analytical Studies
- Structural Robustness and Redundancy
- Tensioned Fabric Structures - Case Studies
- thermal comfort
- Train-Induced Vibrations in Buildings for Air-rights Developments
- Using AF&PA's 2001 Wood Frame Construction Manual and High Wind Guides for Residential Structure Design
- Using AF&PA’s 2001 Wood Frame Construction Manual and High Wind Guides for Residential Structure Design
- Using ASD & LRFD with the 2005 National Design Specification® for Wood Construction
- What Makes a Wood Design a Good Design?
- Wind Engineering
Business and Professional Practice- BIM Technology, Crossing Design & Construction Team Boundaries
- CASE Convocation Breakout Sessions
- CASE RMP plenary Session 1
- CASE RMP plenary Session 2
Existing Structures- Building Façade
- Extreme Loads on Structures: Design and Analysis
- Post Earthquake Investigation of Wood Buildings
- Structural Identification of Constructed Systems for Evaluation of Performance
General- Architecture in Structural Engineering
- Education of Structural Engineers - 1
- Education of Structural Engineers - 2
- Extreme Loads
- Forensic Structural Engineering
- General Seismic - Analysis
- Large Structures
International- CSCE: Seismic Performance and Retrofit of buildings - a Canadian Perspective
- CSCE: The Confederation Bridge - The First 10 Years of Service
- IABSE Session 1
- IABSE Session 2
- IABSE Session 3
- IStructE Session 1
- IStructE Session 2
- Structural Reliability in Design Practice
- Wood Engineering Education: A Roadmap for the Future
Multi/Cross-Disciplinary- Advances in Material Properties and Design
- Introduction to the new ASCE Technical Council on Wind Engineering
- Structural Elegance
- Sustainability and Reconstruction
- Sustainability for Structural Engineers: Material Industry Perspectives
- Sustainability for Structural Engineers: Strategies, Paradigms, and Measurement
- Wind or Water? (Separating Wind and Storm-Surge Damage in Hurricanes)
Non-Building and Special Structures- Application of Finite Element Analysis for Design of Concrete Structures
- Blast Resistant Buildings in Petrochemcial Facilities
- Comparing Aircraft Design to Building Design
- Industrial Facilities - Silos Tanks & Dams
- Liquid-Containing Structures
- Network Infrastructure Performance for Extreme Winds
- Risk, Reliability, and Safety in the Offshore Environment
- The New Construction Loads Standard: ASCE 37-08
PosterResearch Advances- Collapse Simulation of Structural Systems Subjected to Seismic Excitation in Engineering Practice
- Fire Behavior and Design of Steel and Composite Structures
- Global Building System Behavior Under Abnormal Loading Events
- Lessons from Recent Windstorms
- NEES Projects
- New Developments in Concentrically Braced Frames for Seismic Design
- Remote Sensing for Condition Assessment and Damage Identification
- Results of Recent E-Defense Tests on Full-Scale Steel Buildings
- The Next Step for ASCE 16: Performance-Based Design of Wood Structures
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Author
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