Zur Bestimmung der Bruchenergierate G_F bei Holz = On the determination of the specific fracture energy G_F of woodSCHATZ, T.Holz als Roh- und Werkstoff. 1995, Vol 53, Num 3, pp 171-176, issn 0018-3768Article

A new test method for determining the adhesive fracture energy when bonding thin or coated substratesJETHWA, J. K; KINLOCH, A. J; WALLINGTON, G et al.Journal of materials science letters. 1995, Vol 14, Num 3, pp 155-157, issn 0261-8028Article

Finite element simulations of kidney stones fragmentation by direct impact: Tool geometry and multiple impactsCABALLERO, A; MOLINARI, J. F.International journal of engineering science. 2010, Vol 48, Num 3, pp 253-264, issn 0020-7225, 12 p.Article

Fracture parameters for high-performance concreteEINSFELD, Ricardo A; VELASCO, Marta S. L.Cement and concrete research. 2006, Vol 36, Num 3, pp 576-583, issn 0008-8846, 8 p.Article

Size effect on specific fracture energy of concreteKAI DUAN; XIAOZHI HU; WITTMANN, Folker H et al.Engineering fracture mechanics. 2007, Vol 74, Num 1-2, pp 87-96, issn 0013-7944, 10 p.Article

Puncture of elastomer membranes by medical needles. Part I: MechanismsTHANG NGUYEN, C; VU-KHANH, Toan; DOLEZ, Patricia I et al.International journal of fracture. 2009, Vol 155, Num 1, pp 75-81, issn 0376-9429, 7 p.Article

Multiple cracking of thin films due to residual stress combined with bending stressFU, Y; ZHANG, X. C; XUAN, F. Z et al.Computational materials science. 2013, Vol 73, pp 113-119, issn 0927-0256, 7 p.Article

Mixed mode cohesive lawHOGBERG, J. L.International journal of fracture. 2006, Vol 141, Num 3-4, pp 549-559, issn 0376-9429, 11 p.Article

Cohesive crack analysis of size effectCUSATIS, Gianluca; SCHAUFFERT, Edward A.Engineering fracture mechanics. 2009, Vol 76, Num 14, pp 2163-2173, issn 0013-7944, 11 p.Article

Fracture of model concrete. 2. Fracture energy and characteristic lengthROSSELLO, C; ELICES, M; GUINEA, G. V et al.Cement and concrete research. 2006, Vol 36, Num 7, pp 1345-1353, issn 0008-8846, 9 p.Article

Making a Discrete Grain Breakage model practical for comminution equipment performance simulationHERBST, John A; POTAPOV, Alexander V.Powder technology. 2004, Vol 143-44, pp 144-150, issn 0032-5910, 7 p.Article

Fracture energy in fibre and bond failureNISKANEN, K. J; ALAVA, M. J; SEPPÄLÄ, E. T et al.Journal of pulp and paper science. 1999, Vol 25, Num 5, pp 167-169, issn 0826-6220Article

Bestimmung der Brucharbeit grobkeramischer feuerfester Werkstoffe bei hohen Temperaturen = Determination of the fracture energy of ordinary ceramic refractory materials at elevated temperaturesKROBATH, M; HARMUTH, H.Keramische Zeitschrift. 1994, Vol 46, Num 11, pp 876-879, issn 0023-0561Article

A simple method for determining the true specific fracture energy of concreteKARIHALOO, B. L; ABDALLA, H. M; IMJAI, T et al.Magazine of Concrete Research. 2003, Vol 55, Num 5, pp 471-481, issn 0024-9831, 11 p.Article

Residual fracture properties of concrete subjected to elevated temperaturesJIANGTAO YU; KEQUAN YU; ZHOUDAO LU et al.Materials and structures. 2012, Vol 45, Num 8, pp 1155-1165, issn 1359-5997, 11 p.Article

Determination of energy consumption in the fracture plane of Ultra High Toughness Cementitious Composite with direct tension testHEDONG LI; SHILANG XU.Engineering fracture mechanics. 2011, Vol 78, Num 9, pp 1895-1905, issn 0013-7944, 11 p.Article

Measurements of weak layer fracture energySCHWEIZER, Jürg; VAN HERWIJNEN, Alec; REUTER, Benjamin et al.Cold regions science and technology. 2011, Vol 69, Num 2-3, pp 139-144, issn 0165-232X, 6 p.Conference Paper

Using Semi Circular Bending Test to Evaluate Low Temperature Fracture Resistance for Asphalt ConcreteLI, X.-J; MARASTEANU, M. O.Experimental mechanics. 2010, Vol 50, Num 7, pp 867-876, issn 0014-4851, 10 p.Article

A new fracture mechanics theory for orthotropic materials like woodVAN DER PUT, T. A. C. M.Engineering fracture mechanics. 2007, Vol 74, Num 5, pp 771-781, issn 0013-7944, 11 p.Article

Interface law for FRP-concrete delaminationFERRACUTI, B; SAVOIA, M; MAZZOTTI, C et al.Composite structures. 2007, Vol 80, Num 4, pp 523-531, issn 0263-8223, 9 p.Article

Effects of Aggregate and Specimen Sizes on Lightweight Concrete Fracture EnergySIM, Jae-Il; YANG, Keun-Hyeok; LEE, Eun-Taik et al.Journal of materials in civil engineering. 2014, Vol 26, Num 5, pp 845-854, issn 0899-1561, 10 p.Article

Gelation mechanism and mechanical properties of Tetra-PEG gelSAKAI, Takamasa.Reactive & functional polymers. 2013, Vol 73, Num 7, pp 898-903, issn 1381-5148, 6 p.Conference Paper

Fracture of a ridged multi-year Arctic sea ice floeDEMPSEY, J. P; XIE, Y; ADAMSON, R. M et al.Cold regions science and technology. 2012, Vol 76-77, pp 63-68, issn 0165-232X, 6 p.Article

Size effect : Influence of proximity of fracture process zone to specimen boundaryXIAOZHI HU; KAI DUAN.Engineering fracture mechanics. 2007, Vol 74, Num 7, pp 1093-1100, issn 0013-7944, 8 p.Article

Thickness effect on fracture energy of cementitious materialsKAI DUAN; HU, Xiao-Zhi; WITTMANN, Folker H et al.Cement and concrete research. 2003, Vol 33, Num 4, pp 499-507, issn 0008-8846, 9 p.Article