Absolutely. Many PE candidates use Francisco’s section on affinity laws and pump system curves as a quick reference during the exam. However, you must also know the theory from ASHRAE or Hydraulic Institute standards.
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is the inclusion of Dimensionless Analysis (π groups) applied to specific speed—a chapter often called "Chapter 7" in the most circulated clean PDFs. fluid machinery by jose francisco pdf best
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| Part | Chapter(s) | Core Topics | |------|------------|-------------| | | 1‑3 | Fluid‑properties basics, energy equations, Euler’s turbomachinery equation, similarity & scaling laws. | | Part II – Pumps | 4‑8 | Positive‑displacement pumps (gear, piston, screw), centrifugal pumps (impeller design, NPSH, cavitation), performance maps, pump selection. | | Part III – Turbines | 9‑13 | Hydraulic turbines (Francis, Kaplan, Pelton), steam turbines (impulse, reaction, multi‑stage), efficiency optimisation. | | Part IV – Compressors & Blowers | 14‑18 | Axial, centrifugal, and positive‑displacement compressors, surge & choke phenomena, cooling and lubrication systems. | | Part V – Special Machines | 19‑21 | Fans, wind‑turbines, marine propellers, pump‑turbine units, and emerging technologies (magnetically levitated rotors, micro‑turbines). | | Part VI – Design & Analysis Tools | 22‑24 | CFD basics for turbomachinery, 1‑D design software (e.g., TURBO‑FLOW, ANSYS CFX), test‑bed instrumentation, reliability & maintenance strategies. | | Appendices | A‑F | Glossary of symbols, standard tables (fluid properties, material strengths), solution manual, MATLAB scripts for performance curves. | Absolutely
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The primary text you are looking for is titled Guidebook in Fluid Machinery This public link is valid for 7 days
It covers the fundamental principles of turbo machinery, Euler's pump/turbine equations, velocity triangles, and cavitation, alongside practical design considerations.
Fluid moves parallel to the axis of rotation (e.g., Kaplan turbines, jet engine compressors). Radial Flow:
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