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Open Access
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Raju R. Kulkarni, Deshvena Y.N.
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- Assistant Professor, Assistant Professor Civil Engineering Department, Shri Shivaji Institute of Engineering Studies, M.S.India, Civil Engineering Department, Shri Shivaji Institute of Engineering Studies, M.S.India
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Abstract
nOffshore structures are exposed to a myriad of environmental challenges, including high
temperatures and fire hazards, necessitating robust fire resistance measures to ensure
structural integrity and the safety of personnel and facilities. This study aims to evaluate
the fire resistance of offshore structures under special environmental loads, with a focus
on the structural integrity and safety measures in place to withstand extreme conditions.
The research methodology includes a comprehensive review of industry standards,
guidelines, and best practices related to fire protection in offshore structures, particularly
in high-temperature environments. Special emphasis is placed on the assessment of
passive and active fire protection systems, compartmentalization strategies, insulation
materials, and emergency response plans.Through numerical simulations and analytical
modeling, the study seeks to quantify the performance of offshore structures under fire
scenarios and special environmental loads. Factors such as material properties, structural
design considerations, and fire dynamics will be analyzed to determine the structural
response and overall resilience of offshore installations to extreme conditions.
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Keywords: Fire resistance, offshore structures, environmental loads, extreme offshore conditions, special offshore structures, safety measures, safety of offshore structures.
n[if 424 equals=”Regular Issue”][This article belongs to Journal of Offshore Structure and Technology(joost)]
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References
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1. Smith AB, Jones CD. Fire
Safety in Offshore Structures:
Challenges and Solutions.
Offshore Engineering Journal.
2020;18(2):45-52.
2. Patel S, Gupta R. Passive
Fire Protection Strategies for
Offshore Installations: A
Review. Journal of Offshore
Structures and Technology.
2019;5(3):112-120.
3. Brown EF, Williams G. Active
Fire Protection Systems for
Offshore Platforms: A
Comparative Study.
International Conference on
Offshore Engineering. 2018.
Proceedings: 275-282.
4. Lee J, Kim S. Fire Dynamics
and Behavior of Offshore
Structures: Numerical
Simulation Approach. Journal
of Structural Fire Engineering.
2017;10(4):201-210.
5. Chen L, Wang H. Material
Properties and Fire
Performance of Insulation
Materials for Offshore
Applications. Offshore
Technology Conference
Proceedings. 2016. Paper
No. OTC-27654-MS.
6. Johnson P, White D.
Structural Design
Considerations for Fire
Resistance in Offshore
Structures. Journal of
Offshore Mechanics and
Arctic Engineering.
2015;137(2):021105-1-
021105-10.
7. Anderson M, Wilson T.
Emergency Response
Planning for Offshore Fire
Incidents: Best Practices and
Case Studies. International
Symposium on Safety and
Risk Management in Offshore
Engineering. 2014.
Proceedings: 145-152.
8. Garcia A, Martinez R.
Compartmentalization
Strategies for Fire Safety in
Offshore Installations:
Lessons Learned from
Industry Experience. Offshore
Technology Conference
Proceedings. 2013. Paper
No. OTC-24413-MS.
9. Robinson K, Clark J. Fire
Safety Regulations and
Standards for Offshore
Structures: A Global
Perspective. Journal of Safety
Engineering. 2012;8(1):30-38.
10. Gupta A, Kumar V.
Performance-Based Design
Approaches for Enhancing
Fire Resistance of Offshore
Structures. International
Journal of Structural
Engineering. 2011;2(3):214-
223.
11. Li W, Zhang Q. Fire Risk
Assessment and
Management in Offshore
Platforms: Case Studies from
the North Sea. Journal of
Safety Science.
2010;48(6):789-798.
12. Wang Y, Liu Z. Comparative
Analysis of Fire Protection
Strategies in Offshore Oil and
Gas Facilities. Offshore
Technology Conference
Proceedings. 2009. Paper
No. OTC-19785-MS.
13. Rodriguez E, Sanchez M.
Thermal Insulation Materials
for Offshore Applications: A
Review of Recent
Developments. Journal of
Thermal Insulation and
Building Envelopes.
2008;29(4):175-182.
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| Volume | 11 | |
| [if 424 equals=”Regular Issue”]Issue[/if 424][if 424 equals=”Special Issue”]Special Issue[/if 424] [if 424 equals=”Conference”][/if 424] | 01 | |
| Received | May 18, 2024 | |
| Accepted | May 21, 2024 | |
| Published | May 22, 2024 |
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