Index Catalog // ScholarsArchive@OSU

Supporting Grid Image Analyses

Creator:: Rueppel, Talbot B.
Abstract:: Included are three PDF files containing enhanced percent wood failure estimates via Grid overlay for each of the three specimen populations.
Resource Type:: Image

Supporting Statistical Models for Fluorescence Spectrometry to Quantify Percent Wood Failure in Adhesive Bonds

Creator:: Rueppel, Talbot B.
Abstract:: Includes Partial Least Squares Regression and Univariate Linear model RStudio code and results in PDF form for each of the three specimen populations scanned by two different light sources. Also included is a generalized PDF document and RMarkdown document for predicting percent wood failure.
Resource Type:: Other
Full Text:: ### library(spectrolab) ## spectrolab version: 0.0.16 ## ## Please cite: ## Meireles J, Schweiger A, Cavender

Fluorescence Spectrometry to Quantify Percent Wood Failure in Adhesive Bonds

Creator:: Rueppel, Talbot B.
Abstract:: Structural engineered wood manufacturers need a quantitative measurement technique to determine the ratio of wood to adhesive failure in their shear specimens. Visual estimation of percent wood failure has long stood as an extremely subjective quality control approach according to ASTM D5266 – Standard Practice for Estimating the Percentage of...
Resource Type:: Masters Thesis
Full Text:: : ______________________________________________________ Frederick A. Kamke Structural engineered wood manufacturers need a quantitative measurement

Analysis of adhesive atomization on composite bond performance

Creator:: Willard, Dylan T.
Abstract:: Spraying of liquid adhesive onto wood surfaces has shown to be a highly effective and efficient method of application across many different wood-based composite industries. However, the dynamics of spraying are extremely variable and distribution can be affected by liquid properties (rheology, molecular weight distribution, and temperature), application parameters (disk...
Resource Type:: Masters Thesis
Full Text:: : ____________________________________________________________________ Fredrick A. Kamke Spraying of liquid adhesive onto wood surfaces has shown to be a highly

Effects of Temperature and Moisture Content on Bonding Performance of Mass Plywood Panels

Creator:: Wind, Matthias C.
Abstract:: As a new product patented by Freres Lumber Company in 2018, little information exists for manu-facturing procedures of mass plywood panels (MPP). At first glance, MPP may appear to be ply-wood, laminated veneer lumber (LVL), or similar to conventional cross-laminated timber (CLT). Often manufacturers, as well as users, of MPP...
Resource Type:: Masters Thesis
Full Text:: : ___________________________________________________________ Frederick A. Kamke As a new product patented by Freres Lumber Company in 2018, little

Characterization of Grape Cane Fibers as a Composite Reinforcement

Creator:: A. Bakar, Balkis F.
Abstract:: Using plant fibers as a potential renewable material to substitute for glass fibers in fiber-reinforced polymer composites has been growing since the late 1990s. Due to high demand, there has been a shift towards ‘green concept’ material in many applications. Numerous secondary plant fibers have been explored as a source...
Resource Type:: Dissertation
Full Text:: Abstract approved: ____________________________________________________________________ Frederick A

Developing a Methodology to Study the Effects of Adhesive Flow Penetration on Wood Adhesive Bond Performance by using Micro X-ray Computed Tomography (XCT) and Digital Volume Correlation (DVC)

Creator:: Ching, Daniel Jackson
Abstract:: Wood composites are an important renewable structural material which can be a net carbon sink when used in combination with sustainable forest management practices and high rates of log utilization. Adhesive bondlines are an essential part of composites, and for wood composites, they determine the moisture durability and mechanical performance...
Resource Type:: Dissertation
Full Text:: ) Abstract approved: Frederick A. Kamke Wood composites are an important renewable structural

Non-Destructive Detection and Monitoring of Durability Issues in Wood Panels under Accelerated-Weathering

Creator:: Laleicke, Paul Frederik
Abstract:: Many wood composites are known to poorly resist the effects of moisture and temperature extremes over time. Degradation of adhesive bonds, irreversible thickness swell and dimensional instability result in a decrease of properties and a possible failure of the material. Accelerated weathering has become an essential tool for assessment of...
Resource Type:: Dissertation
Full Text:: Frederick A. Kamke Many wood composites are known to poorly resist the effects of moisture and

Wood-adhesive bondline analyses with micro x-ray computed tomography

Creator:: Paris, Jesse Loren
Abstract:: There is no doubt that adhesive penetration plays an important role in wood bondline joint performance and durability; yet, to date there is no direct experimental evidence linking penetration depth with bond performance. This is, in part, because adhesive penetration is commonly assessed with various 2D microscopy techniques that are...
Resource Type:: Dissertation

Computed tomography analysis of wood-adhesive bonds

Creator:: Modzel, Günter Georg Rolf
Abstract:: The importance of wood bonding increased in the last decades due to the increased usage of wood composites whose performance depends to a large extent on the adhesive penetration and subsequent bonding of the adherends. The presented research used XMT (x-ray microtomography) to perform a non-destructive, threedimensional analysis of the...
Resource Type:: Dissertation

ScholarsArchive@OSU

Supporting Grid Image Analyses

Supporting Statistical Models for Fluorescence Spectrometry to Quantify Percent Wood Failure in Adhesive Bonds

Fluorescence Spectrometry to Quantify Percent Wood Failure in Adhesive Bonds

Analysis of adhesive atomization on composite bond performance

Effects of Temperature and Moisture Content on Bonding Performance of Mass Plywood Panels

Characterization of Grape Cane Fibers as a Composite Reinforcement

Developing a Methodology to Study the Effects of Adhesive Flow Penetration on Wood Adhesive Bond Performance by using Micro X-ray Computed Tomography (XCT) and Digital Volume Correlation (DVC)

Non-Destructive Detection and Monitoring of Durability Issues in Wood Panels under Accelerated-Weathering

Wood-adhesive bondline analyses with micro x-ray computed tomography

Computed tomography analysis of wood-adhesive bonds

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