2706 Chapter 22 



Reference Subject Species 



Young (1972) Industrial trials Douglas-fir 



FPL Press-Lam Team (1972, Description of Press-Lam process Southern pine and Doug- 



1977) and state of development las-fir 



Jokerst (1972) Stored-heat adhesive cure Southern pine 



Moody (1972) Tensile strength of lumber laminated Southern pine and Doug- 



from '/s-inch veneers las-fir 



Moody and Peters (1972). . . Strength properties Southern pine 



Schaffer et al. (1972) General feasibility of the Press-Lam Southern pine and Doug- 

 process las-fir 



Civil Engineering (1972) . . . Structural applications of micro-lam Douglas-fir 



lumber 



Echols and Currier (1973) . . Flatwise bending properties Douglas-fir 



Tschemitz et al. (1974) Treatability Douglas-fir 



Gilb (1974) Patent on truss joints with pin — 



connectors 



Hancock (1976)^^ Manufacturing case history Douglas-fir 



Koehl (1976) Joists with plywood webs Douglas-fir 



Strickler et al. (1976) Duration of load characteristics Douglas-fir 



Harpole (1976ab; 1978) .... Economic analysis, yield analysis Softwoods and hardwoods 



Braun and Moody (1977). . . Beams with laminated- veneer ten- Douglas-fir 



sion lamination 



Harpole and Aubry (1977). . Economic analysis Douglas-fir 



Youngquist et al. (1977) . . . Crossarms Douglas-fir 



Anderson and Harpole (1978) Economic analysis Southern pine 



Mills (1978) Market for long-span joists Southern pine 



Neubauer (1978) Column strength Douglas-fir 



Kunesh (1978) Strength, stiffness, and structural Douglas-fir 



applications 



Casilla and Chow (1979) . . . Fingerjointing of laminae Western hemlock 



Youngquist and Bryant Production and marketing feasibility Softwoods and hardwoods 



(1979) 



Jung and Day (1981) Strength of fasteners in parallel- Douglas-fir 



laminated veneer 



'^Hancock, W. V. 1976. The production of LVL — a case history. 7 p. Paper presented at the 

 seminar — Parallel laminated veneer for structural and specialty products, Oct. 4-5, Univ. Wis. 



Hardwoods that grow on southern pine sites have important potential as the 

 raw material from which to manufacture products of parallel-laminated veneer. 

 An economic case can be made for utilizing very small oak and hickory stems in 

 a small-scale operation to produce sawn veneer for parallel lamination into high- 

 price furniture. (See section 28-2, an economic analysis). For major impact on 

 utilization of the hardwood resource, however, products made from parallel- 

 laminated veneer must likely utilize rotary-peeled veneer and be sold as structur- 

 al commodities. 



Two- or three-ply pallet deckboards of rotary-peeled oak are one possibility. 

 Hann et al. (1971) described laboratory procedures for manufacturing such 

 deckboards, and Kurtenacker (1975a) found that they performed adequately in 

 use. Pallet parts, however, sell for significantly less money per ton than do long, 

 wide joists of high strength. 



