Yazar "Eckelman, C. A." için listeleme
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EFFECT OF ADHESIVE TYPE AND TENON SIZE ON BENDING MOMENT CAPACITY AND RIGIDITY OF T-SHAPED FURNITURE JOINTS CONSTRUCTED OF TURKISH BEECH AND SCOTS PINE
Kasal, A.; Haviarova, E.; Efe, H.; Eckelman, C. A.; Erdil, Y. Z. (Soc Wood Sci Technol, 2013)Tests were carried out to determine the effect of wood species, adhesive type, and tenon width and length on static bending moment capacity and rigidity of T-shaped mortise and tenon furniture joints. For this purpose, 320 ... -
Exploratory study of small timber trusses constructed with through-bolt and cross-pipe heel connectors
Eckelman, C. A.; Haviarova, E.; Erdil, Yusuf Ziya (Forest Products Soc, 2007)Throughout the world, there is a need for simple, strong, yet inexpensive connectors that can be used to fabricate trusses from natural small-diameter tree stems as well as squared stems without extensive premachining of ... -
LOWER TOLERANCE LIMIT APPROACH TO EQUATION-BASED RATIONAL DESIGN VALUES FOR L-SHAPED MORTISE AND TENON JOINTS
Eckelman, C. A.; Haviarova, E.; Kasal, Ali; Erdil, Yusuf Ziya (Soc Wood Sci Technol, 2017)Statistical lower tolerance limits (LTLs) were computed for the ratios obtained by dividing the test values for 360 L-shaped rectangular mortise and tenon joints consisting of 72 different configurations of five specimens ... -
Shear force and bending moment capacities of joints constructed with glued corner blocks
Kasal, Ali; Erdil, Yusuf Ziya; Eckelman, C. A. (Forest Products Soc, 2006)Tests were carried out to determine the ultimate shear and bending moment capacities of glued corner blocks under controlled laboratory conditions. Yellow-poplar and sweetgum were utilized in constructing the joint specimens, ... -
TECHNICAL NOTE: LOWER TOLERANCE LIMIT APPROACH TO EQUATION-BASED RATIONAL DESIGN VALUES FOR T-SHAPED MORTISE AND TENON JOINTS
Eckelman, C. A.; Haviarova, E.; Kasal, Ali; Erdil, Yusuf Ziya (Soc Wood Sci Technol, 2017)A nonlinear regression expression was fitted to the test data obtained from a study of the bending moment capacity of 320 rectangular T-shaped mortise and tenon furniture joints consisting of 64 configurations of five ...
