PPI Mechanical Engineering Reference Manual, 14th Edition (Hardcover) – Comprehensive Reference Manual for the NCEES PE Exam

Re-engineered to enhance Computer-Based Testing Success! This Michael R. Lindeburg, PE classic has undergone an intensive transformation to ensure focused study for success on the NCEES PE Mechanical Exam. Whether you’re focusing on HVAC and Refrigeration, Machine Design and Materials, or Thermal and Fluid Systems, the Mechanical Engineering Reference Manual (MERM) is a time-tested resource to help you pass your exam. To succeed on exam day and pass your exam, you need to know how to solve problems using the only resource examinees will be allowed to use during the test: the NCEES PE Mechanical Reference Handbook. PPI’s MERM makes that connection for you by only using NCEES equations in the review and problem solving. Developed by licensed subject matter experts with real-world experience to align with the NCEES PE Mechanical Reference Handbook Why Choose PPI: • Up-to Date Content: Aligned with the latest NCEES exam specifications and design standards. • Master the Material: Thoroughly covers all NCEES exam topics. • Ensure Confidence on Exam Day: Strategic references to the NCEES Handbook in blue text. • Achieve Exam Success: Failing isn't just frustrating; it's expensive. Stop guessing what's on the test. Step into the exam room with the confidence of knowing you've studied the exact exam specification topics for the NCEES exam. • Practice Makes Perfect: 500+ example problems with step-by-step solutions and references to the NCEES Handbook in blue will help you build problem-solving skills and solidify your understanding. • The Lindeburg Legacy: Leverages the expertise and proven approach of Michael R. Lindeburg, PE, who has guided thousands of engineers to licensure. • Expert Guidance: Benefit from exam tips and insights honed over 50 years of experience by PPI, the name synonymous with exam success. • Additional Resources: Built to align with PPI’s online resources. Topics Covered: • Fluids • Thermodynamics • Power Cycles • Heat Transfer • HVAC • Statics • Materials • Machine Design • Dynamics and Vibrations • Control Systems • Plant Engineering • Economics • Law and Ethics