2026 Newsletter
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Urgent!! We are short on the required rooms that we need to cover to hold the conference. If you have not reserved you room or if you did not go through the HVIS 2026 Monterey (just call Hyatt Regency and let them know that you are a part of this event) website please do it ASAP.
!!! ALL ATTENDEES AND THEIR GUESTS MUST SUBMIT FOR GATE PASSES BY OCTOBER 9TH OR IT WILL NOT BE POSSIBLE TO ATTEND THE BANQUET ON THE NPS BASE
PLEASE SEND FILLED OUT FORMS BY EMAIL TO RAQUEL HEROLD: rherold@nps.edu BY OCTOBER 9TH
2026 HVIS
Upcoming Dates
MAJOR ANNOUNCEMENT!!
We have booked world class violinist Tien-Hsin Cindy Wu and accompanied Cellist for a private performance on Tuesday November 3rd from 7 to 8:30PM within the conference room at the Hyatt Regency. The dress code will be business casual. Please join us for an exceptional music experience!!
Nominations Selection Date July 30th
All Technical Papers are Due by July 24th
Hyatt Regency Monterey Hotel and Spa on Del Monte Golf Course
Information
Abstract Due Date: April 10th 2026
Objectives
The Hypervelocity Impact Symposium (HVIS) is a biennial event organized by the Hypervelocity Impact Society that serves as the principal forum for the discussion, interchange, and presentation of the physics of high- and hypervelocity impact and related technical areas. It is intended for scientists, engineers, and technical managers from the academia, industry, government, and defense programs. The HVIS Symposia have a long-standing international reputation as a catalyst for stimulating research in this area through a wealth of oral and poster presentations, and commercial exhibits. The Symposium's proceedings are the major archival source of papers published in this field.
A selection of high-quality papers will be recommended for publication in a special edition of the International Journal of Impact Engineering.
Who Should Attend?
Scientists, engineers and technical managers from academia, industry, government and defense programs.
Symposium Topics
- Analytical and Numerical Methodologies
- Armor/Anti Armor and Ballistic Technology
- Asteroid Impact and Planetary Defense Technology
- Fracture and Fragmentation
- High-velocity Launchers and diagnostics
- High-velocity Penetration Mechanics and Target Response
- Hypervelocity Phenomenology Studies
- Material Response (including EOS)
- Spacecraft/meteoroid Debris Shielding and Failure Analyses
- Theoretical Applied Mechanics Relevant to Hypervelocity Impact
- Special Session: Hypervelocity Phenomena related to planetary protection