The surface-surface intersection (SSI) problems is very
important subject in geometry. We examined
perpendicular transversal intersection problems of eight Frenet ruled surfaces which are called
‘Involute Frenet ruled surfaces (IFRS) and
Mannheim Frenet ruled surfaces
(MFRS) ‘ of a curve α, in terms of
the Frenet apparatus of curve α. First using only one matrix and
orthogonality conditions of the eight
normal vector fieldsare given. Further
perpendicular transversal intersection conditations and curves if there exist
of eight IFRS and MFRS are examined .
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Ergüt, M., Körpınar, T., Turhan, E., On Normal Ruled Surfaces of General Helices In The Sol Space S ol3, TWMS J. Pure Appl. Math.,
4(2)(2013), 125–130.
Graves, L.K., Codimension one isometric immersions between Lorentz spaces, Trans. Amer. Math. Soc., 252(1979), 367–392.
Hacisalihoğlu, H.H., Differential Geometry (in Turkish), İnçnü University Publish, 1, 1994.
Izumiya, S., Takeuchi, N., Special Curves and Ruled Surfaces, Beitræge zur Algebra und Geometrie Contributions to Algebra and Geometry,
44(1)(2003), 203–212.
Kılıçoğlu, Ş ., An Examination on the Mannheim Frenet ruled surface based on Norml vecr fields in E3, Konuralp Journal of Mathematics,
4(2)(2016), 223–229.
Kılıçoğlu, Ş ., Senyurt, S., Hacisalihoğlu, H.H., An Examination on the Positions of Frenet Ruled Surfaces Along Bertrand Pairs and According to Their Normal Vector Fields in E3: Applied Mathematical Sciences, 9(142)(2015), 7095–7103.
Orbay, K., Kasap, E., On Mannheim partner curves in 3 E, International Journal of Physical Sciences,4(5)(2009), 261–264.
Liu, H., Wang, F., Mannheim partner curves in 3-space, Journal of Geometry, 88(2008), 120–126.
Kılıcoglu, S., Some Results on Frenet Ruled Surfaces Along the Evolute-Involute Curves, Based on Normal Vector Fields in E3, Geom.
Integrability & Quantization, (2016), 296–308, doi:10.7546/giq-17-2016-296-308.
Senyurt, S., Kılıcoglu, Ş., On the differential geometric elements of the involute ˜D scroll, Adv. Appl. Clifford Algebras,25(4)(2015), 977–
988,doi:10.1007/s00006-015-0535-z.
Wu, S.T., Alessio, O., Costa, S.I.R., On estimating local geometric properties of intersection curves, In Proceedings of SIBGRAPI, (2000),
152–159.
Duldul Uyar, B., Çalışkan, M., On the geodesic torsion of tangential intersection curve of two surfaces in IR3, Acta Math. Univ. Comenianae, 2(2013), 177–189.
Ergüt, M., Körpınar, T., Turhan, E., On Normal Ruled Surfaces of General Helices In The Sol Space S ol3, TWMS J. Pure Appl. Math.,
4(2)(2013), 125–130.
Graves, L.K., Codimension one isometric immersions between Lorentz spaces, Trans. Amer. Math. Soc., 252(1979), 367–392.
Hacisalihoğlu, H.H., Differential Geometry (in Turkish), İnçnü University Publish, 1, 1994.
Izumiya, S., Takeuchi, N., Special Curves and Ruled Surfaces, Beitræge zur Algebra und Geometrie Contributions to Algebra and Geometry,
44(1)(2003), 203–212.
Kılıçoğlu, Ş ., An Examination on the Mannheim Frenet ruled surface based on Norml vecr fields in E3, Konuralp Journal of Mathematics,
4(2)(2016), 223–229.
Kılıçoğlu, Ş ., Senyurt, S., Hacisalihoğlu, H.H., An Examination on the Positions of Frenet Ruled Surfaces Along Bertrand Pairs and According to Their Normal Vector Fields in E3: Applied Mathematical Sciences, 9(142)(2015), 7095–7103.
Orbay, K., Kasap, E., On Mannheim partner curves in 3 E, International Journal of Physical Sciences,4(5)(2009), 261–264.
Liu, H., Wang, F., Mannheim partner curves in 3-space, Journal of Geometry, 88(2008), 120–126.
Kılıcoglu, S., Some Results on Frenet Ruled Surfaces Along the Evolute-Involute Curves, Based on Normal Vector Fields in E3, Geom.
Integrability & Quantization, (2016), 296–308, doi:10.7546/giq-17-2016-296-308.
Senyurt, S., Kılıcoglu, Ş., On the differential geometric elements of the involute ˜D scroll, Adv. Appl. Clifford Algebras,25(4)(2015), 977–
988,doi:10.1007/s00006-015-0535-z.
Wu, S.T., Alessio, O., Costa, S.I.R., On estimating local geometric properties of intersection curves, In Proceedings of SIBGRAPI, (2000),
152–159.
Şenyurt, S., & Kılıçoğlu, Ş. (2018). An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3. Turkish Journal of Mathematics and Computer Science, 9, 71-79.
AMA
Şenyurt S, Kılıçoğlu Ş. An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3. TJMCS. December 2018;9:71-79.
Chicago
Şenyurt, Süleyman, and Şeyda Kılıçoğlu. “An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3”. Turkish Journal of Mathematics and Computer Science 9, December (December 2018): 71-79.
EndNote
Şenyurt S, Kılıçoğlu Ş (December 1, 2018) An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3. Turkish Journal of Mathematics and Computer Science 9 71–79.
IEEE
S. Şenyurt and Ş. Kılıçoğlu, “An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3”, TJMCS, vol. 9, pp. 71–79, 2018.
ISNAD
Şenyurt, Süleyman - Kılıçoğlu, Şeyda. “An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3”. Turkish Journal of Mathematics and Computer Science 9 (December 2018), 71-79.
JAMA
Şenyurt S, Kılıçoğlu Ş. An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3. TJMCS. 2018;9:71–79.
MLA
Şenyurt, Süleyman and Şeyda Kılıçoğlu. “An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3”. Turkish Journal of Mathematics and Computer Science, vol. 9, 2018, pp. 71-79.
Vancouver
Şenyurt S, Kılıçoğlu Ş. An Examination Perpendicular Transversal Intersection of IFRS and MFRS E^3. TJMCS. 2018;9:71-9.