Search

Your search keyword '"Bilisik, Kadir"' showing total 273 results
Start Over Author "Bilisik, Kadir"
273 results on '"Bilisik, Kadir"'

7. Contributors

Author

Ahmed, Suza, primary, Bera, Moumita, additional, Bilisik, Kadir, additional, Blaga, Mirela, additional, Chakraborty, Supriyo, additional, Chandra Ray, Sadhan, additional, Chang, Yuping, additional, Chauhan, Roopam, additional, Chowdhury, Muksit Ahamed, additional, Dash, Ashwini Kumar, additional, Datta, Dibyendu Bikash, additional, Debnath, Chaitali, additional, Ghosh, Subrata, additional, Hu, Hong, additional, Kaur, Amandeep, additional, Khanna, Shelly, additional, Maiti, Saptarshi, additional, Maity, Subhankar, additional, Mishra, Rajesh, additional, Mohsin Ul Hoque, Mohammad, additional, Nayak, Rajkishore, additional, Pandit, Pintu, additional, Pavko Čuden, Alenka, additional, Petru, Michal, additional, Roy, Sukumar, additional, Roy Maulik, Sankar, additional, Sahoo, Sanat Kumar, additional, Seal, Partha, additional, Singha, Kunal, additional, Syduzzaman, Md, additional, and Venkatraman, Prabhuraj D., additional

Published
2022
Full Text
View/download PDF

10. List of contributors

Author

Aali Mohammadi, Raana, primary, Abate, Molla Tadesse, additional, Abou Elmaaty, Tarek, additional, Adekoya, Mathew Adefusika, additional, Ahmed, Firoz, additional, Ahmed, Mutasim Abdalla, additional, Ahmed, Mohammad Boshir, additional, Ajai, Alex Ikechukwu, additional, Alebeid, Omer Kamal, additional, Alom, Jahangir, additional, Alshehri, Sultan, additional, Alvani, Samira, additional, Alvarado-Ibarra, Juana, additional, Amiri, Saber, additional, Asif, Mohammad, additional, Bataglioli, Rogério Aparecido, additional, Beppu, Marisa Masumi, additional, Bilisik, Kadir, additional, Blaj, Diana Andreea, additional, Burrola-Núñez, Heidy, additional, Cai, Guangming, additional, Cai, Yingjie, additional, Calais, Guilherme Bedeschi, additional, Chandra Dafader, Nirmal, additional, Chauhan, Vinay, additional, Cheng, Deshan, additional, da Silva Júnior, Afonso Henrique, additional, Dondi, Daniele, additional, Ezeanya-Bakpa, Chinyere Charity, additional, Faisal, Ashik Md., additional, Fernandes, Gerson Avelino, additional, Freitas, Emanuelle Dantas de, additional, Gilani, Sadaf Jamal, additional, Hande, Pankaj E., additional, Hasan, Md. Saif, additional, Hasan, K.M. Faridul, additional, Hassan, Elwathig A.M., additional, Hossain, Md. Yousuf, additional, Hou, Yachen, additional, Imam, Syed Sarim, additional, Inobeme, Abel, additional, Islam, Moyinul, additional, Jamalpour, Seifollah, additional, Kala, Chandra, additional, Karaduman, Yekta, additional, Karaduman, Nesrin Sahbaz, additional, Khan, Najam Ali, additional, Kiasat, Alireza, additional, Lawal, Yusuf Babatunde, additional, Li, Jingan, additional, Liu, Xueting, additional, Lopes, Toni Jefferson, additional, Maghsoudian, Ali, additional, Mahmud, Sharif Tasnim, additional, Maity, Subhankar, additional, Martins, Manoel Leonardo, additional, Moaref, Roxana, additional, Moghanjougi, Zahra Motalebi, additional, Mondal, Md. Ibrahim H., additional, Naddeo, Vincenzo, additional, Nam, Sunghyun, additional, Nezamdoost-Sani, Narmin, additional, Nie, Lei, additional, Nitai, Ashis Sutradhar, additional, Nur, Hadi, additional, Okoro, Oseweuba Valentine, additional, Pandit, Pintu, additional, Parham, Shokoh, additional, Peptu, Cristian, additional, Pervez, Md. Nahid, additional, Rahman, Md. Saifur, additional, Rahman, Nazia, additional, Rezazadeh-Bari, Mahmoud, additional, Rosa, Gilber Ricardo, additional, Rotaru, Razvan, additional, Saha, Joykrishna, additional, Samui, Asit Baran, additional, Sayed-Ahmed, Khaled, additional, Scheeren, Carla Weber, additional, Shamsuzzaman, M., additional, Shavandi, Amin, additional, Shirazi, Mahsa, additional, Singha, Kunal, additional, Stylios, George K., additional, Sun, Shaolan, additional, Syduzzaman, Md, additional, Tadesse, Melkie Getnet, additional, Taleuzzaman, Mohamad, additional, Talukder, Md. Eman, additional, Tamsilian, Yousef, additional, Tang, Xiaoning, additional, Tong, Peiduo, additional, Vadivel, Dhanalakshmi, additional, Xue, Zhonghua, additional, Yang, Ningning, additional, Zargar Kharazi, Anousheh, additional, Zhang, Xueqi, additional, Zhang, Shangyong, additional, and Zhu, Shu, additional

Published
2022
Full Text
View/download PDF

16. Contributors

Author

Abdo, Hany S., primary, Abuzade, RamazanAli, additional, Adekomaya, Oludaisi, additional, Akhil, M.G., additional, Alzebdeh, Khalid I., additional, Arsha, A.G., additional, Babaahmadi, Vahid, additional, Balea, Ana, additional, Bergeret, Anne, additional, Bermudez, Victor, additional, Berzin, Françoise, additional, Bielawski, Christopher W., additional, Bilisik, Kadir, additional, Blanco, Ángeles, additional, Blok, Lourens G., additional, Brüll, Robert, additional, Caggiano, Alessandra, additional, da Silva, Alan Miguel Brum, additional, Deeraj, B.D.S., additional, Delgado-Aguilar, Marc, additional, Devapal, Deepa, additional, Devasia, Renjith, additional, Espinach, Francesc X., additional, Fangueiro, Raul, additional, Fathima, S., additional, Ferreira, Diana P., additional, Fuente, Elena, additional, George, Gejo, additional, Gindl-Altmutter, Wolfgang, additional, Gries, Thomas, additional, Haas, Richard, additional, Hamerton, Ian, additional, Huber, Philipp, additional, Improta, Ilaria, additional, Jayan, Jitha S., additional, Joseph, Kuruvilla, additional, Jubsilp, Chanchira, additional, Julian, Fernando, additional, Kanhere, Sagar V., additional, Karaduman, Nesrin Sahbaz, additional, Karaduman, Yekta, additional, Khalil, Khalil Abdelrazek, additional, Lammer, Herfried, additional, Lebelo, K., additional, Longana, Marco L., additional, Lu, Zaijun, additional, Magagula, S., additional, Mahendran, Arunjunai Raj, additional, Majozi, Thokozani, additional, Manoj, Visakh, additional, Marmol, Gonzalo, additional, Martins, Andrea Bercini, additional, Mochane, M.J., additional, Mohammed, Monis L., additional, Mohapi, M., additional, Monte, Ma Concepción, additional, Mora, Phattarin, additional, Motsoeneng, T.S., additional, Mutjé, Pere, additional, Naeimirad, Mohammadreza, additional, Nassar, Mahmoud M.A., additional, Negro, Carlos, additional, Neisiany, Rasoul Esmaeely, additional, Nele, Luigi, additional, Ogale, Amod A., additional, Oksman, Kristiina, additional, Oliver-Ortega, Helena, additional, Pai, B.C., additional, Painuly, Anil, additional, Pursche, Franz, additional, Quadflieg, Till, additional, Rajan, T.P.D., additional, Rajeev, R.S., additional, Rimdusit, Sarawut, additional, Santana, Ruth Marlene Campomanes, additional, Sarasini, Fabrizio, additional, Appukuttan, Saritha, additional, Sbardella, Francesca, additional, Sefadi, J.S., additional, Sergi, Claudia, additional, Sreejith, K.J., additional, Sreejith, M., additional, Stolyarov, Oleg, additional, Tapper, Rhys J., additional, Tarrés, Quim, additional, Tirillò, Jacopo, additional, Vergnes, Bruno, additional, Wilson, Runcy, additional, and Wuzella, Günter, additional

Published
2021
Full Text
View/download PDF

24. Development Of Multistitched Three-Dimensional (3D) Nanocomposite And Evaluation Of Its Mechanical And Impact Properties

Author

Bilisik Kadir, Ozdemir Huseyin, and Kaya Gaye

Subjects
multistitched 3d preform, multistitched composite, warp-weft tensile strength, failure modes, low velocity impact., Textile bleaching, dyeing, printing, etc., TP890-933
Abstract

Multistitched three-dimensional (3D) woven E-glass/polyester/nanosilica composite (MNS) was developed. Its mechanical and impact performances were characterized for particular end-use applications. It was found that the warp-weft directional tensile strength and modulus of MNS structure were higher than those of the off-axis directions. In addition, there was not a big difference between warp and weft directional bending and short beam strengths of MNS structure. The MNS structure had a small damaged area under low velocity impact load. The failure was confined at a narrow area because of multistitching and nanomaterial and resulted in the catastrophic fiber breakages in the normal direction of the applied load of the structure. The results from the study indicated that the multistitching and the addition of nanosilica in the composite structure improved its damage tolerance.

Published
2017
Full Text
View/download PDF

30. List of contributors

Author

Abbas, Syed, Abtew, Mulat Alubel, Allaoui, Samir, Azran, Aymeric, Azzouz, Rym, Barbulée, Antoine, Bigot, Nicolas, Bilisik, Kadir, Bilisik, N. Erman, Binetruy, Christophe, Bogdanovich, Alexander E., Boussu, Francois, Bréard, Joël, Carvelli, Valter, Chen, Shuai, Chen, Xiaogang, Cherif, Chokri, Comas-Cardona, Sebastien, Denis, Yvan, Duriatti, Davy, El Said, Bassam, El-Alami, Zakariae, Fideu, Paulin, Gereke, Thomas, Gomina, Moussa, Güler, Gülhan Erdoğan, Guzman Maldonado, Eduardo, Hallett, Stephen R., Hamila, Nahiene, Harper, Lee, Harrison, Philip, Hivet, Audrey, Kärger, Luise, Kyosev, Yordan, Labanieh, Ahmad Rashed, Laine, Bertrand, Larquemin, Tiffany, Legrand, Xavier, Levée, Antoine, Li, Mengru, Lloyd, David, Lomov, Stepan V., Milani, Abbas S., My Huynh, Thi Anh, Nazemi, Amir, Neury Fascio, Valia, Omrani, Fatma, Paux, Joseph, Peng, Xiongqi, Potluri, Prasad, Sennewald, Cornelia, Shanwan, Anwar, Shen, Hao, Sherwood, James A., Song, Meng Yi, Soulat, Damien, Sowrov, Kazi, Thompson, Adam J., Wang, Lidong, Wang, Peng, White, Kari D., Xiao, Shenglei, and Zimmerling, Clemens

Published
2025
Full Text
View/download PDF

31. Textured Polyester Fiber in Three-Dimensional (3D) Carpet Structure Application: Experimental Characterizations under Compression–Bending–Abrasion–Rubbing Loading.

Author

Erdogan, Gulhan, Yucel, Sinem, and Bilisik, Kadir

Subjects
POLYESTER fibers, YARN, CARPETS, COMPRESSION loads, POLYESTERS, DEAD loads (Mechanics), REGRESSION analysis
Abstract

In this article, textured polyester fiber was used as pile yarn in three-dimensional woven carpet structures. The properties of developed polyester carpets under various mechanical loading were studied. A statistical method was used to analyze the experimental data. Regression models were proposed to explain the relationships between carpet pile height and density. The study showed that the bending rigidity and curvature of dry and wet polyester pile fiber carpets were influenced by pile height and pile density (indirectly weft density) in that the downward concave large bending curvature was obtained from very dense carpet structures. In addition, the average dry bending rigidity of the carpet was over eight times higher than the average wet bending rigidity of the carpet. The thickness loss (%) and resilience (%) for each recovery period of various polyester carpets were proportional depending on the pile density. It was broadly decreased when the pile density was increased due to the compression load carrying capacity per polyester fiber knot, which was higher in carpets having dense knots compared to sparse knots per area. On the other hand, the polyester pile density and height largely affected the carpet mass losses (%) of all textured polyester carpets under an abrasion load. The number of strokes received after completely fractured polyester pile yarns during a rubbing test were increased when the pile heights for each pile density were increased. Findings from the study can be useful for polyester carpet designers and three-dimensional dry or impregnate polyester fiber-based preform designers in particularly complex shape molding part manufacturing. [ABSTRACT FROM AUTHOR]

Published
2023
Full Text
View/download PDF

32. Effect of Fabric Weave on Stick-Slip Properties of Woven Fabrics

Author

Bilisik Kadir

Subjects
fabric weaves, single and multiple yarn pull-outs, stick-slip force, accumulative retraction force, pull-out fixture, Textile bleaching, dyeing, printing, etc., TP890-933
Abstract

The aim of this study was to understand the stick-slip properties of dry polyester plain, ribs and satin woven fabric weaves. It was found that the amount of stick-slip force was related to the number of interlacement points in the fabric, whereas the amount of accumulative retraction force was related to fabric structural response. Stick-slip force and accumulative retraction force depend on fabric weave, fabric density, the number of pulled ends in the fabric and fabric sample dimensions. The weft directional single and multiple yarn stick-slip and accumulative retraction forces of dry plain fabrics in fabric edge and centre regions were higher than those in the satin fabric due to fabric weave. In addition, the warp directional single and multiple yarn stick-slip and accumulative retraction forces in the meso-cell-1 to the meso-cell-6 of dry wide and long satin fabric in fabric edge were higher than those in the weft direction due to fabric density. Stick-slip and accumulative retraction forces of polyester fabric in the multiple yarn pull-out test were higher than those of the single yarn pull-out test.

Published
2014
Full Text
View/download PDF

34. Development of Three-Dimensional (3D) Biodegradable Polyglycolic Acid Fiber (PGA) Preforms for Scaffold Applications: Experimental Patterning and Fiber Volume Fraction-Porosity Modeling Study.

Author

Kundak, Hikmet and Bilisik, Kadir

Subjects
*ELLIPSOIDS, *FIBERS, *TISSUE scaffolds, *ELLIPSES (Geometry), *FRACTIONS, *YARN, *BIODEGRADABLE materials
Abstract

Three-dimensional (3D) biodegradable polyglycolic acid fiber (PGA) preforms were developed as temporary scaffolds for three-dimensional tissue regeneration applications. Three-dimensional biodegradable polyglycolic acid fiber (PGA) preforms including various degrees of interlaced structures called 3D plain, semi-interlaced, and orthogonal woven preforms were designed. Analytical relations and finite element model-based software (TexGen) on fiber volume fraction and porosity fraction were proposed to predict scaffolds' stiffness and strength properties considering micromechanics relations. It was revealed that yarn-to-yarn space, density, and angles of all 3D PGA fiber preforms were heterogeneous and demonstrated direction-dependent features (anisotropy). Total fiber volume fractions (Vfp) and porosity fraction (Vtpr) predicted by analytic and numerical modelling of all 3D scaffolds showed some deviations compared to the measured values. This was because yarn cross-sections in the scaffolds were changed from ideal circular yarn (fiber TOW) geometry to high-order ellipse (lenticular) due to inter-fiber pressure generated under a tensile-based macrostress environment during preform formation. Z-yarn modulus (Ez-yarn) and strength (σz-yarn) were probably critical values due to strong stiffness and strength in the through-the-thickness direction where hydrogel modulus and strengths were negligibly small. Morphology of the scaffold showed that PGA fiber sets in the preform were locally distorted, and they appeared as inconsistent and inhomogeneous continuous fiber forms. Additionally, various porosity shapes in the preform based on the virtual model featured complex shapes from nearly trapezoidal beams to partial or concave rectangular beams and ellipsoid rectangular cylinders. It was concluded that 3D polyglycolic acid fiber preforms could be a temporary supportive substrate for 3D tissue regeneration because cells in the scaffold's thickness can grow via through-the-thickness fiber (z-yarn), including various possible mechanobiology mechanisms. [ABSTRACT FROM AUTHOR]

Published
2023
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results