The Effects of Moisture Content Variation on Some Engineering Properties of Almond Seed (Terminalia Catappa)

Authors

  • Bamidele Atteh Federal University of Technology Minna Niger State
  • Oguntoyinbo Olukemi
  • Orhevba Bosede Adelola

Keywords:

physical properties, mechanical properties, moisture content, almond seed

Abstract

The physical and mechanical properties of Almond seed at different moisture content levels of 6.78%, 12.39%, 17.11% and 21.97% were investigated in this study. The physical properties include geometric mean diameter, bulk density and angle of repose; they were determined using standard procedures. The length, width and thickness obtained for the 100 samples of the almond seeds were in the range of 25.42-28.63mm, 23.69-26.63mm, and 7.51-9.18mm respectively. The result shows a high uniformity on the seed sizes and significant variations between the length, width and thickness. The calculated values of the geometric mean diameter and sphericity ranged from 16.48-19.07mm and 64.66- 66.63% respectively. The results of the surface area varied from 853.6-1143.04mm2. The result also indicated a high variation in the surface area of the seeds with respect to the different moisture content levels. The mechanical properties which include rupture force, compressive strength and tensile strength were determined on the seeds. The mechanical properties show that the fracture force and compressive strength decreased from 2689N to 2499N, 410N/mm2 to 398 N/mm2respectivelywith an increase in moisture content (6.78%-21.9%). The tensile strength obtained for moisture levels of 6.78%, 12.39%, 16.11% and 21.9% were 3.20Mpa, 3.90Mpa, 4.20Mpa and 4.60Mpa respectively

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References

Matos L. Nzikou J.M. Kimbonguila A. Ndhgui C. B. Pambou-Tobi N.G. Abena A.A. Silou T.H. Scher J. and Desobry S. (2009) Composition and Nutritional Properties of Seeds and oil from.Terminaliacatappa L. Advance Journal of Food Science and Technology 1(1):72-77

Mbah B. O., Eme P. E., and Eze C. N., (2013). Nutritional Potential of Almond Seed (Terminaliacatappa), African Journal of Agricultural Research vol. 8(7), pp. 629-63

Akpabio U. D. (2012). Evaluation of the Proximate Composition, Mineral Nutrient and Anti-nutrient in Almond (Terminaliacatappa) Advances in Applied Science Research 3(4): 2247-2252.

Agatemor C., M. E. Ukhun. (2006) Nutritional Potential of the Nut of Tropical almond (Terminaliacatappa) Pakistan Journal of Nutrition 5(4): 334-336

Aviara N.A., Lawal A. A., Mshelia H. M., Mua D., (2014). Effects of Moisture Content on Some Engineering Properties of Mahogany (Khayasenegalensis) Seed and Kernel. Res. Agr. Eng., 60: 30-36

Bart-Plange A., Addo A., Akowuah J. O., Ampah J., (2012). Some Moisture Dependent Compressive Properties of Shea Kernel (Vitellariaparadoxa l) Canadian Journal of Pure and Applied Sciences. Vol. 6, no.3

KianiDehKiani M,.Minaei S., Maghsoudi H., and Ghasemi V. M., (2008). Moisture Dependent Physical Properties Of Red Bean (Phaseolus vulgaris L.) Grains. Int. Agrophysics, 22, 231-237.

Davies R. M., (2010). Some Physical Properties of ArigoSeed. Int. Agrophysics. 24: 89-92

Arthur M. A., (2009). Moisture-Dependent Physical Properties of Cowpea. UnpublishedB.Sc thesis Department of Agricultural And Environmental Engineering, Niger Delta University, Bayelsa State. 64pp.

Kibar H., Ozturk T., and Esen B., (2010). The Effects of Moisture Content on the Physical and Mechanical Properties of Rice (Oryza sativa L.).Spanish Journal of Agricultural Research. 8(3) 741-749.

Tavakoli H. Mohtasebis.S. Rajabipar A. Tavakoli N.M., (2009). Effects of moisture content, loading rate and grain orientation on fracture resistance of barley grain Res. AGR. ENG. 3:852-93.

Moshenin, N. N. (1986). Physical Properties of Plant and Animal Materials. Gordon and Breach Science Press, London-New York.

Karababa E., (2006). Physical Properties of Popcorn Kernel. Journal of Food Engineering. 72: 100-107.

Olaoye J.O. (2000). Some Physical Properties of Castor nut Relevant to the design of processing Equipment. Journal of Agricultural Engineering Research. 77(1), 113-118.

Agbajani N., Ansaripour E., and Kashaninejad M., (2012) Effect of Moisture Content on Physical Properties of Barley Seeds. Journal of Agricultural science and Technology Vol 14:161-172

Saçilik K., Öztürk R., Keski, N. R., (2003). Somephysical properties of hemp seed.Bio system Engineering, 86, 191-198.

Paksoy M., and Aydin C., (2004). Some physical of ediblesquash (Cucurbitapepo L.) seeds. Journal of Food Enineering, 65, 225-231.

Yalçin I., (2006). Physical properties of cowpea seed (VignasinensisL.). Journal of Food Engineering, 79, 57-62.

Pradhan R.C., Naik S.N., Bhatnagar N. and SwainS.K., (2008). Moisture-dependent physical properties of Karanja (Pongamiapinnata) kernel.Ind Crops and Products 28, 155-161.

Solomon W.K., Zewdu A.D., (2009). Moisture-dependentphysical properties of niger (GuizotiaabyssinicaCass.)seed. Ind Crops and Prod 29, 165-170.

Altuntaș E., and Demirtola H., (2007). Effect of Moisture Content on Physical Properties Of some Legume Seeds. N.Z.J. Crop Horticulture Science, 35(4), 423-433.

Yalçin I., Özarsalan C. and Akbaș t. 2007 Physical Properties of Pea (Pisumsavtivum) seed.Journal of Food Engineering, 79(2), 731-735

Irtwange S. V., and Igbeka J. C. (2002).Some Physical properties of two African Yam Bean (Sphenostylisstenocarpa) accessions and their interrelations with moisture content. Applied Engineering in Agriculture, 18(5), 567-576.

Çalis¸Ir S., Marakoglu T., Ogut H., Ozturk O., (2005). Physical properties of rapeseed (Brassica napusnapusoleiferaL.). J Food Eng 69, 61-66.

Suthar S. H. and Das S. K., (1996). Some Physical Properties of Karinda seeds. Journal of Agricultural Engineering Research. (65): 15-22.

Amin M. N., Hossain M. A. and Roy K.C (2004). Effect of Moisture Content on some Physical Properties of Lentil grains. Journal of Food Engineering, 65, 83-87.

Altuntaș E. and Yildiz M., (2007). Effect of Moisture Content on some Physical Mechanical Properties of Faba Bean (ViciaFaba L.)Grains. Journal Of Food Engineering 78, 174-183.

Gunner M. Dursun E. Dursun I.G., (2003). Mechanical Behaviour of Hazelnut UnderCompression Loading. Biosystem Engineering, 85(4), 485-491

Orhevbah, B.A., Idah, P.A. Adebayo S.E. and Nwankwo C.C., (2013). Determination of some engineering properties of Dika nuts (Irivingiagabonensis) at two moisture contents levels as relevant to its Processing. International Journal of Engineering Research and Applications.(IJERA).Vol 3.Issue 2.Pp 182-188.

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Published

2021-07-31

How to Cite

Atteh, B., Olukemi, O., & Bosede Adelola, O. (2021). The Effects of Moisture Content Variation on Some Engineering Properties of Almond Seed (Terminalia Catappa). Indonesian Food Science & Technology Journal, 4(2), 45-50. Retrieved from https://online-journal.unja.ac.id/ifstj/article/view/13673