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1. Full Text Bonding in cementitious materials with asphalt-coated particles: Part I – The interfacial transition zone
by Brand, Alexander S and Roesler, Jeffery R
Construction & building materials, ISSN 0950-0618, 01/2017, Volume 130, pp. 171 - 181
Backscattered electron microscopy | Image analysis | Concrete | Reclaimed asphalt pavement | Calcium hydroxide | Interfacial transition zone | Engineering | Materials Science | Technology | Construction & Building Technology | Engineering, Civil | Materials Science, Multidisciplinary | Science & Technology | Mechanical properties | Pavements | Asphalt | Analysis | Cement
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2. Full Text Bonding in cementitious materials with asphalt-coated particles: Part II – Cement-asphalt chemical interactions
by Brand, Alexander S and Roesler, Jeffery R
Construction & building materials, ISSN 0950-0618, 01/2017, Volume 130, pp. 182 - 192
Bond improvement | Concrete | Interfacial bond test | Reclaimed asphalt pavement | Surface free energy | Interfacial transition zone | Engineering | Materials Science | Technology | Construction & Building Technology | Engineering, Civil | Materials Science, Multidisciplinary | Science & Technology | Mechanical properties | Pavements | Asphalt | Porosity | Analysis | Cement
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3. Full Text Formation and homogenisation of Sn–Cu interconnects by self-propagated exothermic reactive bonding
by Zhu, Wenbo and Wang, Xiaoting and Liu, Changqing and Zhou, Zhaoxia and Wu, Fengshun
Materials & design, ISSN 0264-1275, 07/2019, Volume 174, p. 107781
Sn–Cu interconnects | Exothermic reactive bonding | Al-Ni NanoFoil | Non-equilibrium metastable phases | Homogenisation | Interfacial reactions | Materials Science | Technology | Materials Science, Multidisciplinary | Science & Technology
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4. Full Text Bonding-induced thermal conductance enhancement at inorganic heterointerfaces using nanomolecular monolayers
by O'Brien, Peter J and Shenogin, Sergei and Liu, Jianxiun and Chow, Philippe K and Laurencin, Danielle and Mutin, P. Hubert and Yamaguchi, Masashi and Keblinski, Pawel and Ramanath, Ganpati
Nature materials, ISSN 1476-1122, 2013, Volume 12, Issue 2, pp. 118 - 122
Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Physics, Condensed Matter | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Materials science | Interfacial bonding | Nanocomposites | Dielectric properties | Heat transfer | Dynamics | Nanomaterials | Thermal conductivity | Nanostructure | Dynamical systems | Nanoelectronics | Material chemistry | Chemical Sciences
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5. Full Text Correlation between physical bonding and mechanical properties of wood-plastic composites: part 2: effect of thermodynamic factors on interfacial bonding at wood-polymer interface
by Rezaee Niaraki, Pouria and Krause, Andreas
Journal of adhesion science and technology, ISSN 0169-4243, 04/2020, Volume 34, Issue 7, pp. 756 - 768
polymer | shear strength | sanding | influencing bonding | surface energy | MAPE | interface | Adhesion | Engineering | Engineering, Chemical | Materials Science | Technology | Materials Science, Multidisciplinary | Mechanics | Science & Technology | Polyethylene | Interfacial bonding | Polymer matrix composites | Wetting | Polylactic acid | Mechanical properties | Contact angle | Physical properties | High density polyethylenes | Free energy | Veneers | Maleic anhydride | Interfaces | Sanding | Surface tension | Polymers | Bonding
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6. Full Text Interfacial bonding in formulated bilayer tablets
by Chang, Shao-Yu and Sun, Changquan Calvin
European journal of pharmaceutics and biopharmaceutics, ISSN 0939-6411, 02/2020, Volume 147, pp. 69 - 75
Failure mode | Lactose | Bilayer tablet | Microcrystalline cellulose | Interfacial bonding strength | HPMC | Life Sciences & Biomedicine | Pharmacology & Pharmacy | Science & Technology | Index Medicus
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7. Full Text Interfacial bonding of Flax fibre/Poly( l-lactide) bio-composites
by Le Duigou, Antoine and Davies, Peter and Baley, Christophe
Composites science and technology, ISSN 0266-3538, 2010, Volume 70, Issue 2, pp. 231 - 239
B. Interfacial properties | A. Biopolymer | D. Microbond test | A. Flax fibre | A. Biocomposite | Materials Science | Technology | Materials Science, Composites | Science & Technology | Applied sciences | Technology of polymers | Composites | Exact sciences and technology | Polymer industry, paints, wood | Forms of application and semi-finished materials
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8. Full Text The impact of weak interfacial bonding strength on mechanical properties of metal matrix – Ceramic reinforced composites
by Jarząbek, Dariusz M
Composite structures, ISSN 0263-8223, 10/2018, Volume 201, pp. 352 - 362
Metal matrix composites | Cohesive elements | Silicon carbide | Tensile strength | Electrodeposited nickel | Interfacial bonding strength | Mechanics | Materials Science | Technology | Materials Science, Composites | Science & Technology | Mechanical properties | Computer-generated environments | Computer simulation | Analysis | Carbides
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9. Full Text Analyzing effects of surface roughness, voids, and particle–matrix interfacial bonding on the failure response of a heterogeneous adhesive
by Liang, Bowen and Nagarajan, Anand and Ahmadian, Hossein and Soghrati, Soheil
Computer methods in applied mechanics and engineering, ISSN 0045-7825, 04/2019, Volume 346, pp. 410 - 439
Cohesive damage | Surface roughness | Heterogeneous adhesive | Finite element | Microstructure reconstruction | Mathematics, Interdisciplinary Applications | Engineering | Physical Sciences | Technology | Engineering, Multidisciplinary | Mechanics | Mathematics | Science & Technology | Interfacial bonding | Damage assessment | Computer simulation | Image reconstruction | Silicon dioxide | Finite element method | Adhesive strength | Algorithms | Adhesives | Computed tomography | Mathematical analysis | Bonding strength | Iterative methods | Microstructure | Three dimensional models | Failure | Surface roughness effects | Mesh generation
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10. Full Text Interlaminar bonding performance of 3D printed continuous fibre reinforced thermoplastic composites using fused deposition modelling
by Caminero, M.A and Chacón, J.M and García-Moreno, I and Reverte, J.M
Polymer testing, ISSN 0142-9418, 07/2018, Volume 68, pp. 415 - 423
Failure analysis | Interlaminar shear strength | Continuous fibre reinforced thermoplastic composites | Fused deposition modelling | Physical Sciences | Materials Science | Materials Science, Characterization & Testing | Polymer Science | Technology | Science & Technology | Usage | Nylon | Composite materials industry | Analysis | Models | Laminated materials | 3D printing | Fiber volume fraction | Shear tests | Additive manufacturing | Three dimensional composites | Fibers | Thermoplastic resins | Wettability | Bonding strength | Modelling | Carbon fiber reinforced plastics | Stiffness | Aramid fiber reinforced plastics | Polymer matrix composites | Continuous fiber composites | 3-D technology | Thermoplastic composites | Shear strength | Mechanical properties | Fiber composites | Industrial applications | Kevlar (trademark) | Thickness | Fiber reinforced polymers | Carbon fibers | Fused deposition modeling | Three dimensional printing | Interfacial shear strength | Porosity
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