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References
Adachaba A, Oloche OB, Tuleun LT, Gundu DT (2016). Shea butter (Vitellaria paradoxa) binder addition to Okenya sand in Kogi State, Nigeria and its effects on moulding properties of the sand. Journal of Multidisciplinary Engineering Science and Technology 3:1. |
|
American Foundrymen's Society Inc. (AFS) (1963). Mould and core test handbook, 7th edition, New York. |
|
Ananthapadmanabham KC, Dharshan BG, Somashekar R (2017). Effect of additives on silica sand mould for aluminium castings, International conf. on Current Trends in Engineering, Science, and Technology, ICCTEST, GRENZE Scientific Society. |
|
Anon (1962). Moulding materials and methods. 1st edition, AFS, Chicago, USA. |
|
Aribo S (2011). "Effect of varying corn cob and rice husk ashes on properties of moulding sand". Journal of Minerals and Materials Characterisation and Engineering 10(15):1449-1455. |
|
Ayoola WA, Adeosun SO, Oyetunji A (2013). Investigation into foundry properties of Oshogbo and Saki silica sand deposits. International journal of engineering. Fascicule 3, Hunedoara, Romania pp. 213-218. |
|
Beeley PR (2001). Foundry technology, 2nd edition, London, Butterworth-Heinemann. |
|
Chavan TK, Nanjundaswamy HM 2013). Effect of variation of different additives on green mould properties for olivine sand. International Journal of Research in Engineering and Advanced Technology 1:4. |
|
Danavath B (2018). Analysis of foundry raw materials. International Research Journal of Engineering and Technology 05(09):146-156. |
|
Davies W (1950). Foundry sand control. Testing Research Department, United Steel Companies, Humphries Limited, London. |
|
Dietert HW (1950). Foundry core practice. Chicago, American Foundrymen's Society. |
|
Gadag SP, Rao KS, Srinivasan MN, Seshan S (1980). Effect of organic additives on the properties of green sand assessed from design experiments. Indian Institute of Science, Bangalore, Transactions of the American Foundrymen's Society pp. 177-182. |
|
Indian Standard Methods of Physical Tests for Foundry Sands (1997). Bureau of Indian Standards, Manak Bhavan, 9 Bahadur Shah Zafar Marg, New Delhi. |
|
Jain PL (2003). Principles of foundry technology, 4th edition, New Delhi, Tata McGraw publishing company. |
|
Loto CA (1990). Effect of cassava flour and coal dust addition on the mechanical properties of a synthetic moulding sand. Applied Clay Science 5:249-263. |
|
Loto CA, Akeju EA (1990). Durability of Igbokoda Clay and Silica Sand as a Synthetic Moulding Sand. Applied Clay Science pp. 21-29. |
|
Mahesh G, Sai Krishna K, Naveen Kumar S, Suresh S, Sanjay Kumar S (2017). Analysis and optimization of various mould attributes in sand casting. International Journal of Engineering Technology Science and Research 4(12):1335-1340. |
|
Mehdi D (2004). Mold sand, sand additives and sand properties. IUST. |
|
Nuhu AA (2008). Evaluation of the foundry properties of river Niger sand behind Ajaokuta steel company limited, Ajaokuta, Nigeria. American-Eurasian Journal of Scientific Research 3(1):75-83. |
|
Ochulor EF, Amuda MOH, Adeosun SO, Balogun SA (2017). Effect of aluminium dross and rice husk ash on thermal and moulding properties of silica sand. Nigerian Journal of Technology 36(3):794-800. |
|
Olakanmi EO, Aiyeru SG, Idalu PI (2010). Effect of cereal binder, moisture, and clay contents on the functional properties of clay-bonded core and moulding sands. South African Journal of Industrial Engineering 21(2):217-230. |
|
Olakanmi EO, Khan RH (2002). Investigation of the moulding and core-making properties of some locally available foundry sands, Journal of Science, Technology, and Mathematics Education 5(2):67-75. |
|
Ridsdale D (2009). Foundry sand testing equipment operating instruction (Metric), |
|
Sahoo K, Pattnaik S, Sutar MK (2017). Effect of different additives on some selected properties of green sand mould. International Journal of Engineering Technology Science and Research 4(9):1430-1433. |
|
Salihu SA, Suleiman IY (2018). Comparative analysis of physical and chemical characteristics of selected clay deposits found in Kebbi state, Nigeria. International Journal of Physical Sciences 13(10):163-173. |
|
Seidu SO, Kutelu BJ (2014). Effect of additives on some selecteted properties of base sand. Journal of Minerals and Materials Characterization and Engineering 2:507-514. |
|
Shuaib-Babata YL, Ariyo DO (2014). Effect of local additives on engineering properties of Okelele-Ilorin (Nigeria) clay. IOSR Journal of Mechanical and Civil Engineering 11(3):37-42. |
|
Sobczak J, Purgert RM (2002). The use of fly ash as an aggregate for foundry sand mould and core production. Energy Industries of Ohio park centre plaza, suite 200. |
|
Yakinni AA, Bello SK, Animashaun LA, Olaiya KA (2015). Assessment of mechanical properties of foundry moulding sands. International Journal of Engineering Innovation and Research 4(2):365-371. |
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