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ץčo„µ¦‡Îµœª–šµŠ¡¨«µ˜¦r °ŠÅ®¨
A Simulation of Temperatures Distribution in a Drying Rubber Sheet Smoked House with
Hybrid Energy of Solar and Biomass using Computational Fluid Dynamics
Ž»¨„·¡¨¸ „µŽ° 1* ¡¸¦³¡Š«r š¸‰„» ¨2 ¨³›ª´•œr´¥ Áš¡œª¨ 3
Sulkiplee Kasor1* , Perapong Tekasakul2 and Thawatchai Tepnual 3
š‡´—¥n °
‹»—ž¦³Š‡r°ŠŠµœª· ‹´¥œ¸ÊÁ¡ºÉ °‹Îµ¨°ŠÂ„µ¦„¦³‹µ¥˜´ª °Š°»–®£¼¤·£µ¥ÄœÃ¦Š°¥µŠÂŸnœ—·¡¨´ŠŠµœ
¦nª¤ÂŠ°µš·˜¥r¨³¸ª¤ª¨Ã—¥Äo„µ¦‡Îµœª–šµŠ¡¨«µ˜¦r°ŠÅ®¨ ¡·‹µ¦–µÄœ„¦–¸ „µ¦°®o°ŠÁž¨nµ °ŠÃ¦Š°
¥µŠÂŸnœ—·¡¨´ ŠŠµœ¦nª¤ÂŠ°µš·˜¥r¨³¸ª¤ª¨Ž¹ÉŠ¤¸œµ— „ªoµŠ 4.8 Á¤˜¦ ¥µª 6.0 ¨³¼Š 3.3 Á¤˜¦ „µ¦‹Îµ¨°ŠÂ
ץčoަ„¦¤ÎµÁ¦È ‹¦¼ž ANSYS FLUENT V 12.0.16 ¨³ÁŠºÉ°œÅ š¸ÉÄn Ĝބ¦¤Å—o‹µ„Ÿ¨„µ¦š—¨°Š‹¦·Š ×¥
„µ¦š—¨°Š°®o°ŠÁž¨nµ čoÁª¨µ„µ¦° 72 ´ÉªÃ¤Š ª´ —°»–®£¼¤·£µ¥Äœ 18 ‹»— Ÿ¨‹µ„„µ¦š—¨°Š¤µÁž¦¸ ¥Áš¸¥„´Ÿ¨
°ŠÂ‹Îµ¨°Š ¡ªnµ°»–®£¼¤·ÁŒ¨¸É¥¤¸‡ªµ¤Â˜„˜nµŠ„´œž¦³¤µ– 6 °Š«µÁŽ¨ÁŽ¸¥
‡ÎµÎµ‡´: 抰¥µŠÂŸnœ—·¡¨´ŠŠµœ¦nª¤¦³®ªnµŠÂŠ°µš·˜¥r¨³¸ ª¤ª¨ „µ¦‡Îµœª–šµŠ¡¨«µ˜¦r°ŠÅ®¨
Abstract
The objective of this research is to simulate the temperature distribution within a drying rubber sheet
smoked house with hybrid energy of solar and biomass using computational fluid dynamics. In case of empty
room of drying rubber sheet smoked house with hybrid energy of solar and biomass which has size 4.8 6.0 3u u m
is considered. A simulation using ANSYS FLUENT V 12.0.16 computer program and input condition were
obtained from measurements. Temperatures in an empty room were measured for 72 hours at 18 points.
Comparison results between measurements and CFD simulation were found the average temperature difference as
6 oC.
Keywords: Rubber sheet smoked house with hybrid energy of solar and biomass, CFD Simulation
1 œ· ·˜´–”·˜«¹„¬µ £µ‡ª·µ¢d ·„r ‡–³ª·š¥µ«µ˜¦r ¤®µª· š¥µ¨´¥š´„¬·– Š ¨µ 90000
Graduated Student, Department of Physics, Faculty of Science, Thaksin University, Songkhla, 90000.
* Corresponding author : Ú¦«´¡šr/Ú¦µ¦ 0-7469-3974 E-mail :Sulkiplee_physics@hotmail.com
2 ¦°Š«µ˜¦µ‹µ¦¥r £µ‡ª·µª·«ª„¦¦¤Á‡¦ºÉ°Š„¨ ‡–³ª·«ª„¦¦¤«µ˜¦r ¤®µª·š¥µ¨´¥Š ¨µœ‡¦· œš¦r ®µ—Ä®n 90112
3 °µ‹µ¦¥r £µ‡ª· µ¢d ·„r ‡–³ª·š¥µ«µ˜¦r ¤®µª·š¥µ¨´¥š´„¬·– ¡´š¨»Š 93110