. 2007; 14:431-456. 4. Witkowski W., 4-node combined shell element with semi-EAS-ANS strain interpolations in 6-parameter shell theories with drilling degrees of freedom. Comp. Mech. 2009; 43(2):307-319. 5. Kączkowski Z., Plates-static calculations. (in Polish) Arkady: Warsaw, 1980. 6. Gilewski W., Gomuliński A., Physical shape functions in finite element analysis of moderately thick plates. Int. Journ. Num. Meth. Engrg. 1991; 32:1115-1136. 7. Bathe K.J., Dvorkin E., A formulation of general shell elements
W. Gilewski and M. Sitek
P. Staňák, J. Sládek and V. Sládek
In this paper, a meshless local Petrov-Galerkin (MLPG) method is proposed to calculate mechanical and electrical responses of three-dimensional piezoelectric semiconductors under static load. The analyzed solid is discretized by a set of generally distributed nodal points distributed over 3D geometry. Local integral equations (LIEs) are derived from the weak form of governing equations over small local subdomains. The subdomains have a spherical shape with a nodal point located in its centre. A unit step function is used as the test functions in the local weak-form. The moving least-squares (MLS) method is adopted for the approximation of the physical quantities in the LIEs. The proposed MLPG method is verified by using the corresponding results obtained with the finite element method. Numerical examples are presented and discussed for various boundary conditions and loading scenarios to show the performance of the developed MLPG method for analysis piezoelectric semiconducting solids.
Peter Hlaváč, Monika Božiková and Ana Petrović
. BOŽIKOVÁ, M. – HLAVÁČ, P. 2010. Selected physical properties of agricultural and food products. Nitra: SUA in Nitra, 2010, 178 pp. (scientific monograph) BUKUROV, M. – BIKIĆ, S. – BABIĆ, M. – PAVKOV, I. – RADOJČIN, M. 2012. Rheological behavior of Senga Sengana strawberry mash. In Journal on Processing and Energy in Agriculture, vol. 16, no. 4, pp. 142–146. CERMAK, S. C. – BIRESAW, G. – ISBELL, T. A. – EVANGELISTA, R. L. – VAUGHN, S. F. – MURRAY, R. 2013. New crop oils – Properties as potential lubricants. In Industrial Crops and Products, vol. 44, pp. 232
References Akar R., Aydin C., 2005 - Some physical properties of gumbo fruit varieties. J. Food Eng., 66: 387-393. Demir F., Doğan H., Özcan M., Haciseferoğullari H., 2002 - Nutritional and physical properties of hackberry (Celtis australis L). J. Food Eng., 54: 241-247. Işikli N.D., Yilmaz İ., 2011 - Some physical properties of sun-dried Berberis fruit (Berberis crataegina). J. Food Sci. Technol., 1-7. Kaleemullah S., Gunasekar J.J., 2002 - Moisture-dependent physical properties of arecanut
współczesnym świecie [Pedagogy of the Twenty-First Century Dilemmas and Challenges. The Culture of Leisure in the Modern World]. Łódź. 9. Kamiński, A. (1969). Czas wolny i jego społeczno-wychowawcza [Leisure and Its Socio-Educational Function]. Warszawa. 10. Kamiński, A. (1982). Funkcje pedagogiki społecznej [Functions of Social Pedagogy]. Warszawa. 11. Kamiński, A. (1980). Funkcje pedagogiki społecznej [Functions of Social Pedagogy]. Warszawa. 12. Kocik, L. (2000). Między przyrodą, zagrodą i społeczeństwem [Between Nature, Home and Society
Agnieszka Surowiak and Marian Brożek
References Abraham F., 1970. Functional dependence of drag coefficient of a sphere on Reynolds number. Phys. Fluids, 13, p. 2194-2195. Brożek M., 1995. The distribution of selected physical properties in the crushed material. Arch. Min. Sci., Vol. 40, No 1, p. 83-100. Brożek M., Surowiak, A., 2007, Effect of particle shape on jig separation efficiency. Physicochemical Problems of Mineral Processing, 41, p. 397-413. Brożek M., Surowiak A., 2008. Distribution of terminal settling velocity of
Milena Kurzawa and Dorota Stachowiak
.M.N., Neff H., The Limiting Loop Proximity (L2P) Hysteresis Model. IEEE Transaction on Magnetics, vol. 39, no. 1, pp. 523528 (2002).  Kciuk M., Chwastek K., Kluszczyński K., Szczyglowski J., A study on hysteresis behaviour of SMA linear actuators based on unipolar sigmoid and hyperbolic tangent functions. Sensors and Actuators A-Physical, vol. 243, pp. 5258 (2016).  Technical Characteristics of Flexinol® Actuator Wires, Dynalloy, http://www.dynalloy.com, accessed April 2016.
calculation of the terminal velocity of spherical particles in newtonian and pseudoplastic (power-law) fluids. Powder Technology 67, s. 87-91. Brożek, M. 1995. The distribution of selected physical properties in the crushed material. Archives of Mining Sciences 40, s. 83-100. Brożek, M. and Surowiak, A. 2004. Distribution of settling velocity of particles in samples of mineral raw materials. Gospodarka Surowcami Mineralnymi - Mineral Resources Management 20(3), s. 67-84. Brożek, M. and Surowiak, A. 2005a. The
Obasuyi Osa-Francis Efer
This paper examined the roles and factors of Aesthetics viz-a-viz those of modeling, styling and the product Brand (Branding) as viewed against their fundamental relevance as core ingredients for the actualization of any Design initiative and creative endeavour. These roles, influences and place of Aesthetics (and its allied components, makes up the very soul, content and essence of what the product is all about. Its Form, Shape, Morphological / physical attributes and characteristics. The paper established that the aesthetic components of beauty, colour, shape, (form) fonts, (lettering or typography) and all other general Aesthetic Ambience gives the given product the desired quality/beauty that it exudes to help determine its marketability / profitability as a Brand. The paper also reviewed the aspects /implications of these roles and influences on Design Education alongside highlighting the potentials of the Design Educator - learner experience, while exploiting the Teachers ability to effectively harmonise the various approaches and practices of a functional Design-led Educational programme viz-a-viz piloting such talents/skills achieved to practicable and useful ends as professionals in Design and Technology. The paper also seeks to establish that the roles and factors of modeling styling and Branding of the product which is best exemplified through the adaptation of Design inputs and features such as ornamentation, edge delineation, texture movement/flow of linear form, symmetry or Assymetry of shapes, colour, granularity (of matter/particles large or small) or coarseness, play of light (sunlight) and shade, transcendence (state of being or existence of a product beyond the limits of material experience) and that of total harmony. The paper recommends that for any product Brand to succeed it must incorporate all of the above components together with the inclusion of the other qualities that makes up the intangible content of the Brand such as, Brand Name, Logo, Tagline (catchphrase) the Graphics (elements of Design) Brand Shape, Brand colour, culminating in the establishment of what the Brand mission statement is about, its function, role or job it is intended to perform.
Marlinde E. Koopmans, Daniel Keech, Lucie Sovová and Matt Reed
Syntax Symposium. pp. 52-1–52-12. PROSHANSKY, H. M. et al. (1983): Place-identity: Physical world socialization of the self. Journal of Environmental Psychology, 3(1): 57–83. PURCELL, M. (2001): Neighborhood Activism among Homeowners as a Politics of Space. The Professional Geographer, 53(2): 178–194. RELPH, E. (1976): Place and placelessness. London, Pion SMITH, V. M., GREEN, R. B., SILBERNAGEL, J. (2013): The social and spatial dynamics of community food production: A landscape approach to policy and program development. Landscape Ecology, 28