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 * About
    * About Us
    * Our History
    * Our Mission
    * Our Business
    * Our Leadership
    * Contract Vehicles

 * Services
    * Protective Design & Vulnerability Assessments
    * Modeling, Simulation, And Analysis
    * Applied Research and Dynamic Material Testing
    * Software Development
    * Protoyping and Product Development

 * Manufacturing
 * Portfolio
    * Projects
    * Publications
    * Multimedia
    * Research and Development

 * News
 * Careers
 * Contact

 * About
   * About Us
   * Our History
   * Our Mission
   * Our Business
   * Our Leadership
   * Contract Vehicles
 * Services
   * Protective Design & Vulnerability Assessments
   * Modeling, Simulation, And Analysis
   * Applied Research and Dynamic Material Testing
   * Software Development
   * Protoyping and Product Development
 * Manufacturing
 * Portfolio
   * Projects
   * Publications
   * Multimedia
   * Research and Development
 * News
 * Careers
 * Contact

Science & Engineering Consulting Firm | Karagozian & Case
weapon, weapon effects, blast, blast effects, blast consulting, structural,
solid mechanics, cfd, csd, fe, dust explosion, blast resistant, structural
design, protective design, anti-terrorism force protection, protective
construction, dynamic material characterization
15234
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js-comp-ver-5.4.5,vc_responsive


PROTECTIVE DESIGN AND VULNERABILITY ASSESSMENTS

MODELING, SIMULATION, AND ANALYSIS

PROTOTYPING AND PRODUCT DEVELOPMENT

APPLIED RESEARCH AND DYNAMIC MATERIAL TESTING

SOFTWARE DEVELOPMENT

Ralph Regula Federal Courthouse
K&C provided Anti-terrorism/Force Protection Services

PROTECTIVE DESIGN AND VULNERABILITY ASSESSMENTS


MODELING, SIMULATION, AND ANALYSIS

PROTOTYPING AND PRODUCT DEVELOPMENT

APPLIED RESEARCH AND DYNAMIC MATERIAL TESTING

SOFTWARE DEVELOPMENT

High-Fidelity Physics Based (HFPB) modeling of secondary debris effects

PROTECTIVE DESIGN AND VULNERABILITY ASSESSMENTS

MODELING, SIMULATION, AND ANALYSIS


PROTOYPING AND PRODUCT DEVELOPMENT

APPLIED RESEARCH AND DYNAMIC MATERIAL TESTING

SOFTWARE DEVELOPMENT

LPD 17 San Antonio Class
K&C’s proprietary Transparent Armor Windows (TAW) built for the LPD 17

PROTECTIVE DESIGN AND VULNERABILITY ASSESSMENTS

MODELING, SIMULATION, AND ANALYSIS

PROTOTYPING AND PRODUCT DEVELOPMENT


APPLIED RESEARCH AND DYNAMIC MATERIAL TESTING

SOFTWARE DEVELOPMENT

K&C Conducts Instron tensile testing on advanced composite materials

PROTECTIVE DESIGN AND VULNERABILITY ASSESSMENTS

MODELING, SIMULATION, AND ANALYSIS

PROTOTYPING AND PRODUCT DEVELOPMENT

APPLIED RESEARCH AND DYNAMIC MATERIAL TESTING


SOFTWARE DEVELOPMENT

KC-TEC threat evaluation code for analysis and visualization.





SCIENCE & ENGINEERING FOR THE MOST CHALLENGING PROBLEMS SINCE 1945

Interested in our services or products? We’d love to share our expertise.
CONTACT US


PROJECTS



SMART AUGMENTED REALITY SOFTWARE

K&C’s was tasked to develop an advanced platform that can help identify and
visualize mitigation options for terrorist attacks against soft targets crowded
places. K&C’s SMART (Security Mitigation Assessment of Risks and Threats)
software application is an advanced toolkit for identifying and visualizing
strategies to protect soft......


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PUBLICATIONS



PARAMETRIC STUDY OF CONTACT CONDITIONS FOR SC WALLS SUBJECT TO OUT-OF-PLANE
DYNAMIC LOADING

Most of the out-of-plane experimental studies of steel plate composite (SC)
walls have used tie bars instead of tie plates. It has been postulated that tie
plates with high aspect ratios (i.e., tie plates with wide widths) may lower the
out-of-plane shear capacity of the SC wall as concrete interlock is eliminated
along the slip planes between the tie plates and concrete infill. This paper
presents a parametric study of contact conditions for an SC wall section subject
to out-of-plane dynamic loading. The study is performed in LS-DYNA and uses a
generalized cross section comprised of wall and plate sizes typical for nuclear
construction. Tie plates, spanning between the exterior face plates, are modeled
with two height-to-width aspect ratios. The interaction between the SC wall
steel plates and concrete infill is established through contact definitions. The
contact definitions are varied and include frictionless contact, several
contacts with varying friction coefficients, and tied contact (i.e., fully
bonded). The system is subjected to both impact and blast loading (i.e.,
high-energy, low duration) out-of-plane loading. The performance of the various
configurations is compared. The results indicate that the load carrying capacity
of the system depends on the tie plate aspect ratio and the friction modeled....


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NEWS



DR. ERIC KJOLSING, SE, PE PRESENTING AT ICPS6

In May 2023 Dr. Eric Kjolsing, SE, PE will be presenting at the 6th
International Conference on Protective Structures (ICPS6) at Auburn University.
The presentation will focus on recent efforts to identify and update
Single-Degree-of-Freedom (SDOF) response limits for antiterrorism design,
including...

03 April, 2023
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MULTIMEDIA


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