By Philip T. Frohne
Utilize the most recent size instruments and Computations had to in attaining World-Class Logistics Operations in Any Organization!
Quantitative Measurements for Logistics will give you a large choice of dimension instruments and computations utilized in state-of-the-art logistics operations, starting from lifestyles cycle bills to maintainability computations.
masking each significant region of logistics, this accomplished source examines break-even analysis…depreciation methods…forecasting… stock computations…learning curves…maintenance administration… caliber control…queuing theory…repair point analysis…statistics…failure definitions…and even more. full of over one hundred twenty five illustrations describing formulation and functions, Quantitative Measurements for Logistics features:
- A wealth of cutting-edge logistics instruments, equipment, and concepts
- Detailed measurements by means of aiding calculations
- Subject and subject definitions incorporated throughout
- Numerous army and enterprise applications
Inside This state of the art Logistics Resource
• attractiveness Sampling • Availability Computations • Break-Even research • Combinatorial research and likelihood • Depreciation tools • Forecasting tools • stock Computations • studying Curves • existence Cycle Costing • LSA Computations • Maintainability Computations • upkeep administration • upkeep Time administration • Managerial Accounting • suggest Time Allocations and Predictions • PERT Computations • venture Earned price research • Provisioning Computations • quality controls • Queuing conception • Reliability Computations • fix point research • Spare half Computations • facts • Time price of cash Computations • ILS Definitions • Failure Definitions • upkeep Definitions • Logistics Activities
Read or Download Quantitative Measurements for Logistics (McGraw-Hill Sole Press) PDF
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Additional resources for Quantitative Measurements for Logistics (McGraw-Hill Sole Press)
Quantitative Measurements for Logistics (McGraw-Hill Sole Press) by Philip T. Frohne