CALL FOR PAPERS 2019:

UPDATED DEADLINE: September 15th, 2018 

ABSTRACT SUBMISSION REQUIREMENTS:

All abstracts submitted for the 2019 edition of the ASIDI Conference must meet the following requirements in order to be considered:

• Criteria for evaluation:  All papers will be considered, but you must submit an EXTENDED ABSTRACT consisting of 500-1,000 words, along with the author’s name(s), company/institution, short author bio, and contact details.

• The submission must include sufficient detail to demonstrate to the conference scientific committee the purpose of the paper, the technical foundation for the topics to be discussed, any preliminary results to date, and the expected results of the final paper, including key figures, and references, as appropriate.

Abstract Submission Instructions:

• Abstract submissions will be accepted electronically via email at:  registration@asidiconference.org
The deadline for receipt of abstracts via electronic submittal is September 15th. 2018.

If you have any questions, wish to discuss your proposal or to submit your abstract please send us an email: registration@asidiconference.org

IMPORTANT INFORMATION:

ABSTRACT DUE:
September 15th, 2018.

ABSTRACT SELECTION & FEEDBACK
October 5th, 2018.

CONFERENCE INFORMATION & LATEST UPDATES
www.asidiconference.org

FINAL CONFERENCE PAPER DUE
May 5th, 2019

ABSTRACT SUBMISSION VIA EMAIL AT:
registration@asidiconference.org

The Conference Is Targeted Towards the Interests of:

Regulatory Agencies
Research Institutions
Aerospace Manufacturers
Original Equipment Manufacturers (OEMs)
Software Developers
Innovative Engineering Technology Providers

The conference program will cover the following topics:

I.            Aerospace Crashworthiness

• Crashworthiness of Composites and Metallic Aerospace Structures:

i.      Structural Design

ii.      Experimental and Computational Methods

iii.      Ditching/Soil Impact

iv.      Accident Reconstruction

• Crashworthiness of Aircraft Interiors:

i.      Aerospace vATD Developments

ii.      Advanced Restraint Systems

iii.      Aerospace Seat Modeling Techniques: Computational and Experimental methods

iv.      Certification by Analysis Methodology: Seat Structures

v.      Seat Design with Composites and Advanced Materials

• Urban Air Transport and General Aviation Crashworthiness
• Unmanned Air System Airborne and Ground Collisions

II.            High and Low Velocity Impact

Bird Strike Analysis

Hail Impact

Foreign Object Damage

Low Velocity Impact Damage

UAS Crashworthiness

III.            Composite and Metallic Materials-Dynamic Behavior Material Characterization

Experimental and Computational Methods