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Filtering by: Alternative title ssim 4-H Club Series M-34 Creator Western Dry Kiln Clubs Subject Douglas fir -- Drying

Degrade in production of lumber from Douglas-fir, western larch, and white fir in eastern Oregon

Creator:

Stillwell, H. D., Western Dry Kiln Clubs, and Western Dry Kiln Clubs. Meeting (8th : 1956 : Berkeley, Calif.)

Resource Type:

Conference Proceeding

Full Text:

, AND WHITE FIR IN EASTERN OREGON* By H. D. Stillwell, Technologist Oregon Forest Products Laboratory
The possibility of continuous moisture content determination during kiln-drying of Douglas fir, using electric resistance technique

Creator:

Salamon, Marian, Western Dry Kiln Clubs, and Western Dry Kiln Clubs. Meeting (16th : 1964 : Coeur d'Alene)

Resource Type:

Conference Proceeding

Full Text:

Temperature on the Electrical Resistance of Wood. For. Prod. J. Vol. 8(5). 4. Egner, K. and H. Kolb. 1960
Dry West Coast hemlock and Douglas fir 1 1/2 inch dimension to the new moisture specification with a minimum amount of degrade

Creator:

Abner, Tom L., Western Dry Kiln Clubs, and Western Dry Kiln Clubs. Meeting (16th : 1964 : Coeur d'Alene)

Resource Type:

Conference Proceeding

Full Text:

" x 16') 225 191 234 175 179 # Pieces Degrading 58 4S 34 26 34 % Pcs. in M. C. Class that Degraded
Seasoning and machining degrade in young-growth Douglas-Fir dimension lumber

Creator:

Anderson, B. G., Knauss, A. C., Western Dry Kiln Clubs, and Western Dry Kiln Clubs. Meeting (6th : 1954 : Eureka, Calif.)

Resource Type:

Conference Proceeding

Full Text:

of 18 per cent of the green pieces in both No. 1C and No 2 C contained black knots over 3/4 inches in

ScholarsArchive@OSU

Degrade in production of lumber from Douglas-fir, western larch, and white fir in eastern Oregon

The possibility of continuous moisture content determination during kiln-drying of Douglas fir, using electric resistance technique

Dry West Coast hemlock and Douglas fir 1 1/2 inch dimension to the new moisture specification with a minimum amount of degrade

Seasoning and machining degrade in young-growth Douglas-Fir dimension lumber

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