Communicating, Transferring Knowledge and Learning Across the Corporate Frontier
Using a series of twelve historical case-studies that are based on extensive archival research, this book explains why firms succeed or fail in communicating or transferring knowledge and discovering new expertise. By analysing how workable trade-offs between opposing forces have been achieved in the past, this study provides a set of guidelines for executives who embark upon inter-firm projects.
Communicating, Transferring Knowledge and Learning Across the Corporate
Frontier Gordon H. Boyce ... how participants in co-operative relationships
exchange information efficiently, how they make transactions involving
knowledge, and, ...
A Remote Sensing Feasibility Study Using LIGMALS Software Processing of Landsat Data : a Thesis Submitted in Partial Fulfillment ... for the Degree of Master of Science (Remote Sensing)
Schanda, E., R. Hofer, and D, Wyssen, 1978. Soil Moisture Determin* th ation
and Snow Classification with Microwave Radiometry. 12 INT . Symp. Remote
Sensing Env., Ann Arbor MI. Schneider S.R. D.F. M°Ginnis and J.A. Pritchard,
1979.
Mc- Ginnis, the courts demanded that prison officials allow inmates to read
certain publications that were allegedly inflammatory. The former case involved a
Black Muslim publication entitled Mohammed Speaks, and the latter concerned a
...
This book is One of two volumes one, reflects the author's best experiences on Education and qualifications of successful teachers and volume two on class management and evaluation measurements. included in the book 16 ways of class environment management, and methods of test characteristics. CoRT, the six hats. is also described with activities and model tests.
This book is One of two volumes one, reflects the author's best experiences on Education and qualifications of successful teachers and volume two on class management and evaluation measurements. included in the book 16 ways of class ...
Load ratios at which racking, uplift, and bending loads occur in exterior building walls were calculated based on a standard building geometry. A series of light-frame wall tests under combined loads was carried out. A finite element model predicting light-frame wall behavior under combined racking and uplift loads was developed. Load ratio calculations showed that the three load types can occur in critical combinations. Test results showed that effects of uplift loads on wall racking capacity are critical, while bending loads are not. A racking load reduction factor, reflecting the effects of uplift loads on wall racking capacity, was developed for implementation in light-frame building design. The finite element model predicted wall capacity patterns under simultaneous racking and uplift loads well, however, it predicted both wall capacities and stiffness at higher levels. This was attributed to the use of the uncoupled spring model for both sheathing-framing and framing-framing nail connections.
