A Unified Formulation for the Analysis of Temperature Field in a Thick Hollow Cylinder Made of Functionally Graded Materials With Various Grading Patterns

Hosseini, Seyed Mahmoud; Abolbashari, Mohammad Hossein

doi:10.1080/01457632.2011.562771

Cited by 15 publications

(9 citation statements)

References 19 publications

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“…First, the implementation of thermo‐elastic derivations and solution procedures is verified in different steps comparing with the published results of Hosseini and Abolbashari [ 29 ] and Vel. [ 27 ] Second, variations of thermo‐elastic material properties are studied based on different material gradient laws and the influences of material gradient indices on thermo‐elastic properties are examined.…”

Section: Numerical Results and Discussionmentioning

confidence: 95%

“…Here, the parameters are used as

T_{i} = 350 K

T_{normalo} = 300 K

, heat flux

h_{hf} = 0 W {normalm}^{- 1}

, and heat transfer coefficient

h_{normalb} = 1000 W {normalm}^{2} K, 2000 W {normalm}^{2} K, 3000 W {normalm}^{2} K and 4000 W {normalm}^{2} K

. Obtained results are compared with the published results of Hosseini and Abolbashari [ 29 ] and are shown in Figure . A good agreement is seen between the two sets of results.…”

Section: Numerical Results and Discussionmentioning

confidence: 99%

“…Callioglu et al [ 28 ] studied the stress analysis of annular rotating disks made of radially graded FGMs using power function and reported that the FG disk had the capability of higher angular rotations compared with the isotropic disk. Hosseini and Abolbashari [ 29 ] presented a unified formulation for an analytical solution of a thick hollow cylinder made of FGMs with various grading patterns and thermal boundary conditions, and influences of such parameters on the temperature field were examined. Lee and Huang [ 30 ] analytically performed a transient analysis of FG cylinders with radially graded material properties following power function and examined the influence of material gradient index on temperature distribution.…”

Section: Introductionmentioning

confidence: 99%

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Analysis of Temperature, Displacement, and Stress in Shafts Made of Functionally Graded Materials with Various Grading Laws

Gayen

2021

Adv Eng Mater

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The basic understanding of the mechanics of materials, and the development of new and advanced materials have always been a key challenge over the last few decades. Recently, material scientists and engineers have recognized the potential use of innovative materials based on economic and structural performance. Functionally graded materials (FGMs) are highperforming, multifunctional, microscopically heterogeneous advanced engineering materials made of two or more constituent phases with continuous and smooth variation of composition in any predefined direction with different material gradation laws to achieve desired superior thermo-elastic material properties. Historically, Bever and Duwez [1] and Shen and Bever [2] first proposed the concept of gradation in a material composition for composites and polymeric materials in 1972. However, their works had limited impact, probably due to the lack of suitable production methods of FGMs during that time. The first practical application of FGMs was performed by Japanese material scientists to prepare advanced ultrahigh temperature-resistant structural and functional materials in 1984, and later this was reported by Koizumi. [3] FGMs were originally developed specially for aerospace structures and fusion reactors under high operating temperature. Later, applications of FGMs have been expanded widely in engineering fields and modern technology such as high-temperature environments, heat exchanger tubes, components of chemical plants, biomedical implants, and sports.There have been few works reported in literature in the broad area of design of FGMs and analysis of structures made of FGMs. Suresh and Mortensen [4] and Miyamoto et al., [5] reported a comprehensive manufacturing process based on the selection of materials, gradient patterns, and geometry of materials to fabricate FGMs and also discussed its successful applications. Naebe and Shirvanimoghaddam, [6] Markworth et al. [7] and Gupta and Talha [8] reported an overview of material selection, fabrication methods, characterization, modeling, and analysis of FGMs. Birman and Byrd [9] conducted theoretical developments of FGMs with an emphasis of studies on heat transfer issues, stress, stability, dynamic and fracture analyses, manufacturing, design, and applications. Gasik [10] performed a micromechanic study of components made of FGMs by providing the simplest model which estimated the most accurate material properties without using any vast computational methods. Niendorf [11] obtained FG alloys using additive manufacturing techniques such as selective electron beam melting and selective laser melting processes with computer-aided design. Elishakoff et al. [12] studied the manufacturing process and estimation of effective material properties of FGMs, and performed static and dynamic modeling of FG structures with variable material parameters.

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Section: Numerical Results and Discussionmentioning

confidence: 95%

“…Here, the parameters are used as

T_{i} = 350 K

T_{normalo} = 300 K

, heat flux

h_{hf} = 0 W {normalm}^{- 1}

, and heat transfer coefficient

h_{normalb} = 1000 W {normalm}^{2} K, 2000 W {normalm}^{2} K, 3000 W {normalm}^{2} K and 4000 W {normalm}^{2} K

. Obtained results are compared with the published results of Hosseini and Abolbashari [ 29 ] and are shown in Figure . A good agreement is seen between the two sets of results.…”

Section: Numerical Results and Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

See 1 more Smart Citation

Analysis of Temperature, Displacement, and Stress in Shafts Made of Functionally Graded Materials with Various Grading Laws

Gayen

2021

Adv Eng Mater

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“…The transient problem was also solved using the LWS and separation of variables. Hosseini and Abolbashari 18 conducted an analytical study of the heat transfer through an FGHC and presented the results for the axisymmetric thick‐walled cylinder with constant temperature boundary conditions.…”

Section: Introductionmentioning

confidence: 99%

Transient solution of temperature field of conjugate laminar forced convection heat transfer in functionally graded hollow cylinder

2020

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In this study, the numerical analysis of conjugate heat transfer of laminar flow in a functionally graded hollow cylinder (FGHC) made of metal/ceramic for a two-dimensional fluid and wall conduction subject to Newton boundary condition is considered. The fluid How to cite this article: Fadipe OL, Adelaja AO, Olakoyejo OT. Transient solution of temperature field of conjugate laminar forced convection heat transfer in functionally graded hollow cylinder.

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“…Kayhani et al [20] further obtained a general analytical solution for heat conduction in cylindrical multilayered composite laminates in the radial and axial directions. Hosseini and Abolbashari [21] presented a unified formulation to analyze of temperature field in a thick hollow cylinder made of functionally graded materials with various grading patterns. Bayat et al [22] carried out a thermomechanical analysis of functionally graded hollow sphere subjected to mechanical loads and onedimensional steady-state thermal stresses.…”

Section: Introductionmentioning

confidence: 99%

Exact Thermal Analysis of Functionally Graded Cylindrical and Spherical Vessels

Yıldırım¹

2017

International Journal of Engineering &Amp; Applied Sciences

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A Unified Formulation for the Analysis of Temperature Field in a Thick Hollow Cylinder Made of Functionally Graded Materials With Various Grading Patterns

Cited by 15 publications

References 19 publications

Analysis of Temperature, Displacement, and Stress in Shafts Made of Functionally Graded Materials with Various Grading Laws

Analysis of Temperature, Displacement, and Stress in Shafts Made of Functionally Graded Materials with Various Grading Laws

Transient solution of temperature field of conjugate laminar forced convection heat transfer in functionally graded hollow cylinder

Exact Thermal Analysis of Functionally Graded Cylindrical and Spherical Vessels

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