Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
Figure 1: Schematic figure of a solar collector with optimal characteristics of fins array attached on the absorber plate
Figure 2: schematic figure a) select of a pair of (x, y) for each fin by PSOA b) difference between PSOA gridand Free convection grid c) set of obtained fins in nearest grids of physical domain d) placing infinite orfinite values in to non-dimensional diffusion coefficients of momentum
Figure 3: Schematic figure of a square cavity with a fin attached on the hot wall
Table 1: Comparison of average Nusselt numbers
Figure 4: Comparison of fin effectiveness between present work and Shi and Khodadadi (2003) works, a) Ra=1.0E+4; b)Ra=1.0E+7
Table 2: Comparison of average Nusselt number optimal size and position of a fin and without fin
Table 3: Optimal size, and position of a fin also εf and optimal inclination angle of a rotated cavity heated from bellow with aspect ratio 2
Figure 6: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for horizontal cavity a) Ra=105 b)Ra=106
Figure 7: Velocity vectors with an attached fin with constrain 0.1L for decrease of heat transfer using PSOA for with a attached fin for rotated cavity a)Ra=105 b) Ra=106
People also read
Research Article
Genetic Diversity of Amaranthus dubius Mart. (Khedha) Used Tribal Place in Chhattisgarh, India
Deepika Chandravanshi, P. K. Sharma, C. Banjare and Deepa ChandravanshiIdentification, khedha, Raipur
Published Online : 31 Oct 2018
Research Article
KNM 1638 - A High Yielding Gall Midge Resistant Early Duration PJTSAU Rice (Oryza sativa L.) Variety Suitable for Telangana State
Sreedhar Siddi, Ch. Damodar Raju, Y. Chandramohan, T. Shobha Rani, V. Thirumala Rao, S. Omprakash, N. Rama Gopala Varma, R. Jagadeeshwar, T. Kiran Babu, D. Anil, M. Sreedhar, R. Umareddy, P. Jagan Mohan Rao, M. Umadevi and P. Raghu Rami ReddyAmylose, blast, gall midge, KNM 1638, early duration
Published Online : 31 Jul 2022
Research Article
Study of Apple Varieties in High-Density Plantation under Cold Dry Temperate Conditions of Kinnaur
Arun Kumar, Gopal Singh, Vijay Kumar, Meena Kumari and Sushil DhimanJeromine, productivity, red velox, m9, red cap valtod
Published Online : 30 Apr 2022
Research Article
The Role of Parkland for Conservation of Useful Plant Species Diversity in Arba Minch, Southern Ethiopia
Mulugeta KebebewParkland, paradise lodge, diversity, useful plant, Ethiopia
Published Online : 13 May 2019
Research Article
Impact of Heat Stress on Physiological Characteristics, Blood Constituents and HSP Genes Expression in Mithun during Summer Season
Homseng Chowlu, V. K. Vidyarthi and S. MukherjeeTemperature, glucose, SGOT, SGPT, HSP70, HSP90, cortisol
Published Online : 18 Jan 2023
Review Article
Astrologically Designed Medicinal Gardens of India
Maneesha S. R., P. Vidula, V. A. Ubarhande and E. B. ChakurkarVedic astrology, astral garden, celestial garden, zodiac garden
Published Online : 14 Apr 2021