What You Need to Know About Design of Machine Elements-I by JBK Das and Its Contents
Design Of Machine Elements 1 Jbk Das.pdf: A Review of a Useful Book for Mechanical Engineers
If you are a mechanical engineering student or a professional who wants to learn more about the design of machine elements, you might want to read Design Of Machine Elements 1 Jbk Das.pdf. This is a book by J.B.K. Das and P.L. Srinivasa Murthy, published by Sapna Book House in 2019. The book covers various topics related to the design of machine elements, such as stress analysis, theories of failure, design for static and impact strength, design of shafts and couplings, design of springs and screws, design of fasteners and welded joints, design of clutches and brakes, design of gears and gear trains, design of bearings and flywheels, and more. The book is based on the new syllabus of VTU and is also useful for GATE preparation. In this article, we will review some of the features and highlights of Design Of Machine Elements 1 Jbk Das.pdf and why it is a valuable book for mechanical engineers.
Design Of Machine Elements 1 Jbk Das.pdf
What is Design Of Machine Elements 1 Jbk Das.pdf?
Design Of Machine Elements 1 Jbk Das.pdf is a book that provides a comprehensive and systematic approach to the design of machine elements. The book is written by J.B.K. Das and P.L. Srinivasa Murthy, who are both professors of mechanical engineering at R.V. College of Engineering, Bangalore. The book is divided into 14 chapters that cover different aspects of machine element design, such as:
Introduction: This chapter defines the terms and concepts related to machine design, such as normal, shear, biaxial and triaxial stresses, stress tensor, principal stresses, engineering materials and their mechanical properties, stress-strain diagrams, stress analysis, design considerations, codes and standards.
Design For Static & Impact Strength: This chapter explains the concepts and methods of designing machine elements for static and impact strength, such as static loads and factor of safety, theories of failure (maximum normal stress theory, maximum shear stress theory, maximum strain energy theory), impact loading (sudden load theory), fatigue loading (S-N curve), endurance limit.
Design Of Shafts And Couplings: This chapter deals with the design of shafts and couplings for transmitting power and torque, such as types of shafts (solid shafts, hollow shafts), stresses in shafts (torsional stress, bending stress), deflection and slope in shafts (torsional deflection), design of shafts based on strength and rigidity criteria (ASME code), types of couplings (rigid couplings, flexible couplings), design of couplings (flange coupling, muff coupling).
Design Of Springs And Screws: This chapter covers the design of springs and screws for various applications, such as types of springs (helical springs, leaf springs), stresses in springs (shear stress), deflection in springs (spring constant), design of springs based on strength and stiffness criteria (Wahl factor), types of screws (power screws, thread forms), stresses in screws (axial stress), efficiency of screws (friction angle), design of screws (square thread screw).
Design Of Fasteners And Welded Joints: This chapter discusses the design of fasteners and welded joints for joining machine elements securely, such as types of fasteners (bolts,
nuts, washers), stresses in fasteners (tensile stress), design of fasteners based on strength
and stiffness criteria (bolted joint analysis), types of welded joints (butt welds,
fillet welds), stresses in welded joints (shear stress), design of welded joints based on
strength criteria (weld size).
Design Of Clutches And Brakes: This chapter describes the design of clutches and brakes for controlling the speed and motion of machines, such as types of clutches (friction clutches,
cone clutches), types of brakes (block brakes,
band brakes), friction in clutches and brakes
(coefficient of friction), torque transmission in clutches and brakes
(uniform pressure theory,
uniform wear theory),
design
of clutches
and brakes based on torque capacity criteria
(clutch size,
brake size).
Design Of Gears And Gear Trains: This chapter explains the design
of gears
and gear trains for transmitting power
and motion between parallel,
intersecting or skew shafts,
such as types
of gears
(spur gears,
helical gears,
bevel gears,
worm gears),
types
of gear trains
(simple gear train,
compound gear train),
terminology
of gears
(pitch circle diameter,
module,
pressure angle),
stresses in gears
(bending stress,
contact stress),
design
of gears based on strength criteria
(Lewis equation,
AGMA equation),
design
of gear trains based on speed ratio criteria
(gear ratio).
Design Of Bearings And Flywheels: This chapter deals with the design
of bearings
and flywheels for supporting rotating shafts
and smoothing out fluctuations in speed or torque,
such as types
of bearings
(sliding contact bearings,
rolling contact bearings),
types
of lubrication
(hydrodynamic lubrication,
hydrostatic lubrication),
terminology
of bearings
(bearing characteristic number,
bearing modulus),
stresses in bearings
(frictional force,
frictional power),
design
of bearings based on friction criteria
(Sommerfeld number),
types
of flywheels
(rim flywheel,
web flywheel),
stresses in flywheels
(centrifugal stress),
design
of flywheels based on energy criteria
(coefficient of fluctuation).
The book is written in a clear and concise manner, with numerous examples,
diagrams,
tables and charts to illustrate the concepts and methods. The book also contains solved exam problems at the end of each chapter to help the students practice their skills. The book is based on the new syllabus of VTU and is also useful for GATE preparation as it covers many important concepts in depth.
What are the benefits of reading Design Of Machine Elements 1 Jbk Das.pdf?
Reading Design Of Machine Elements 1 Jbk Das.pdf can offer many benefits for mechanical engineering students or professionals who want to learn more about the design of machine elements. Some of the benefits are:
It can enhance your knowledge and understanding of machine element design. You can learn about the principles,
theories,
methods and applications of designing various machine elements for different purposes.
You can also discover some useful tips and tricks to improve your design skills.
It can help you prepare for your exams or interviews. You can revise the important concepts and formulas from the book before your exams or interviews.
You can also practice your problem-solving skills by solving the exam problems at the end of each chapter.
It can inspire you to create new ideas or innovations for machine element design. You can apply the knowledge and skills you gained from the book to your own projects or assignments.
You can also explore new possibilities or challenges for machine element design.
How to get Design Of Machine Elements 1 Jbk Das.pdf?
If you are interested in getting Design Of Machine Elements 1 Jbk Das.pdf,
you can download it from various online sources.
You can also find it in some libraries or bookstores.
However,
you should be aware that the book might be hard to find or out of print,
as it is an old publication.
You might also encounter some issues with the quality or format of the pdf file,
as it might be scanned or converted from an original copy.
Conclusion
Design Of Machine Elements 1 Jbk Das.pdf is a useful book for mechanical engineers who want to learn more about the design of machine elements.
The book covers various topics related to the design of machine elements,
such as stress analysis,
theories of failure,
design for static and impact strength,
design of shafts and couplings,
design of springs and screws,
design of fasteners and welded joints,
design of clutches and brakes,
design of gears and gear trains,
design of bearings and flywheels,
and more.
The book is written in a clear and concise manner,
with numerous examples,
diagrams,
tables and charts to illustrate the concepts and methods.
The book also contains solved exam problems at the end
of each chapter to help the students practice their skills.
The book is based on the new syllabus
of VTU
and is also useful
for GATE preparation
as it covers many important concepts
in depth.
Reading Design Of Machine Elements 1 Jbk Das.pdf
can offer many benefits
for mechanical engineering students
or professionals who want to learn more about
the design
of machine elements,
such as enhancing their knowledge
and understanding
of machine element design,
helping them prepare
for their exams
or interviews,
and inspiring them
to create new ideas
or innovations
for machine element design.
If you are looking
for a valuable book
on machine element design,
you should consider Design Of Machine Elements 1 Jbk Das.pdf. ca3e7ad8fd