Influence of winding angles on hoop stress in composite pressure vessels: Finite element analysis

Mohammad Azeem; Hamdan H. Ya; Mohammad Azad Alam; Mukesh Kumar; Zubair Sajid; Soheil Gohari; Ammar Maziz; Lokman Gemi; S. I.B.Syed Abdullah; Sanan H. Khan

doi:10.1016/j.rineng.2023.101667

Influence of winding angles on hoop stress in composite pressure vessels: Finite element analysis

Mohammad Azeem, Hamdan H. Ya, Mohammad Azad Alam, Mukesh Kumar, Zubair Sajid, Soheil Gohari, Ammar Maziz, Lokman Gemi, S. I.B.Syed Abdullah, Sanan H. Khan

Research output: Contribution to journal › Article › peer-review

19 Citations (Scopus)

Abstract

Various pressure vessels from Type I to Type IV are used to store hydrogen and compressed natural gas (CNG) at high pressures. The polymeric liner in Type IV composite pressure vessels (CPVs) does not share the load, unlike those with metallic liners (Type III); hence, the composite layers share the entire load. The winding angles play a crucial role in tailoring the pressure-bearing properties of CPVs. This study investigated the effect of fiber winding angles on the hoop stress in Type IV CPVs using finite element (FE) analysis, and the advantage of multi-angle winding was realized. Stress analysis is vital to ensure that the vessel can withstand the intended operating conditions without undergoing failure. A series of finite element analyses (FEA) was carried out using the Abaqus FE simulation software to study the behavior of an anisotropic fiber-reinforced CPV with varied winding schemes. A stress analysis was performed, and various winding schemes were compared for different cases. The hoop stress in various configurations was documented to assess and compare various winding configurations.

Original language	English
Article number	101667
Journal	Results in Engineering
Volume	21
DOIs	https://doi.org/10.1016/j.rineng.2023.101667
Publication status	Published - Mar 2024

Keywords

Composite pressure vessel
Hoop strength
Winding angles
Winding orientation

ASJC Scopus subject areas

General Engineering

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10.1016/j.rineng.2023.101667

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title = "Influence of winding angles on hoop stress in composite pressure vessels: Finite element analysis",

abstract = "Various pressure vessels from Type I to Type IV are used to store hydrogen and compressed natural gas (CNG) at high pressures. The polymeric liner in Type IV composite pressure vessels (CPVs) does not share the load, unlike those with metallic liners (Type III); hence, the composite layers share the entire load. The winding angles play a crucial role in tailoring the pressure-bearing properties of CPVs. This study investigated the effect of fiber winding angles on the hoop stress in Type IV CPVs using finite element (FE) analysis, and the advantage of multi-angle winding was realized. Stress analysis is vital to ensure that the vessel can withstand the intended operating conditions without undergoing failure. A series of finite element analyses (FEA) was carried out using the Abaqus FE simulation software to study the behavior of an anisotropic fiber-reinforced CPV with varied winding schemes. A stress analysis was performed, and various winding schemes were compared for different cases. The hoop stress in various configurations was documented to assess and compare various winding configurations.",

keywords = "Composite pressure vessel, Hoop strength, Winding angles, Winding orientation",

author = "Mohammad Azeem and Ya, {Hamdan H.} and {Azad Alam}, Mohammad and Mukesh Kumar and Zubair Sajid and Soheil Gohari and Ammar Maziz and Lokman Gemi and Abdullah, {S. I.B.Syed} and Khan, {Sanan H.}",

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year = "2024",

month = mar,

doi = "10.1016/j.rineng.2023.101667",

language = "English",

volume = "21",

journal = "Results in Engineering",

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T1 - Influence of winding angles on hoop stress in composite pressure vessels

T2 - Finite element analysis

AU - Azeem, Mohammad

AU - Ya, Hamdan H.

AU - Azad Alam, Mohammad

AU - Kumar, Mukesh

AU - Sajid, Zubair

AU - Gohari, Soheil

AU - Maziz, Ammar

AU - Gemi, Lokman

AU - Abdullah, S. I.B.Syed

AU - Khan, Sanan H.

PY - 2024/3

Y1 - 2024/3

N2 - Various pressure vessels from Type I to Type IV are used to store hydrogen and compressed natural gas (CNG) at high pressures. The polymeric liner in Type IV composite pressure vessels (CPVs) does not share the load, unlike those with metallic liners (Type III); hence, the composite layers share the entire load. The winding angles play a crucial role in tailoring the pressure-bearing properties of CPVs. This study investigated the effect of fiber winding angles on the hoop stress in Type IV CPVs using finite element (FE) analysis, and the advantage of multi-angle winding was realized. Stress analysis is vital to ensure that the vessel can withstand the intended operating conditions without undergoing failure. A series of finite element analyses (FEA) was carried out using the Abaqus FE simulation software to study the behavior of an anisotropic fiber-reinforced CPV with varied winding schemes. A stress analysis was performed, and various winding schemes were compared for different cases. The hoop stress in various configurations was documented to assess and compare various winding configurations.

AB - Various pressure vessels from Type I to Type IV are used to store hydrogen and compressed natural gas (CNG) at high pressures. The polymeric liner in Type IV composite pressure vessels (CPVs) does not share the load, unlike those with metallic liners (Type III); hence, the composite layers share the entire load. The winding angles play a crucial role in tailoring the pressure-bearing properties of CPVs. This study investigated the effect of fiber winding angles on the hoop stress in Type IV CPVs using finite element (FE) analysis, and the advantage of multi-angle winding was realized. Stress analysis is vital to ensure that the vessel can withstand the intended operating conditions without undergoing failure. A series of finite element analyses (FEA) was carried out using the Abaqus FE simulation software to study the behavior of an anisotropic fiber-reinforced CPV with varied winding schemes. A stress analysis was performed, and various winding schemes were compared for different cases. The hoop stress in various configurations was documented to assess and compare various winding configurations.

KW - Composite pressure vessel

KW - Hoop strength

KW - Winding angles

KW - Winding orientation

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Influence of winding angles on hoop stress in composite pressure vessels: Finite element analysis

Abstract

Keywords

ASJC Scopus subject areas

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