Crash Courses: May’18 Exam

Mechanical & Automobile Engineering

Sem Subjects Details on Fee Structure

IV

Industrial Electronics

Batch Code: D

By: Deepak Jain

Pg - 2 Rs. 5500/-

Students who had joined FM and KOM both have to pay only Rs. 4500/-

VI

T. F. P. E

Batch Code: N

By: Irfan sir

Pg - 3

Rs. 6000/-

Students who have joined atleast one other subject of Sem - VI with us have to pay only Rs. 5800/-

Students who had joined MV + FEA (Vac or Reg) have to pay only Rs. 5500/-

Students who had joined MV + FEA (Vac or Reg) + Mechatronics (PH Batch) have to pay only Rs. 5500/-

Students who had joined MV + MD1 have to pay only Rs. 5200/-

Students who had joined MV + MD1 + FEA (Vac or Reg) + Mechatronics (PH Batch) have to pay only Rs. 5000/-

F. E. A

Batch Code: FC

By: Sanjay sir

Pg - 4 Rs. 5500/-

Students who have joined any other subject of Sem - VI with us have to pay only Rs. 5000/-

Mechatronics

Batch Code: MXC

By: Sanjay sir

Pg - 5 Rs. 2800/-

Students who have joined any other subject of Sem - VI with us have to pay only Rs. 2500/-

Note:

Students need to bring their I-cards of respective subjects to avail the benefit of discounted fees.

Admission has been started. For seat availability status, Call / Whatsapp: 9820341855.

Admission Timing: {Mon to Fri: 6pm to 10pm, Sat & Sun (9am to 12noon & 6pm to 10pm)}. Full fee is to be paid at the time of admission.

Admission will continue until the 1st day of the lecture or the day on which the batch gets full (whichever is earliest). There won’t be any other

Crash Batch apart from these.

Next Sem Timetable would be uploaded on www.irfansir.com by 15th May’18. VCR Batches would start from 8th day of your last paper.

Address: Room - 112, 1st Floor, Pearl Centre, Opp. Vidyalankar’s office, Senapati Bapat Marg (Tulsi Pipe Road), Dadar (w).

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Ind. Electronics

Sem - IV (Mech / Auto)

By: Deepak Jain

Lec Date Timing Portion covered

1 29th Apr’18 (Sun: Batch Starts)

8:30am - 1pm

Mod - 1: Semiconductor Devices

Review of Diodes: Rectifier diode , Zener diode, LED, Photodiode SCR V-I characteristics, R, R-C, UJT triggering circuits, turning-off of a SCR , basics of Gate Turn Off ( GTO ).

V-I characteristics of Triac and Diac , Applications of Triac-Diac circuit. Characteristics and principle of Power BJT, power MOSFET, IGBT, comparison

of device.

2 30th Apr’18 (Mon)

6:30pm - 9:30pm

Mod - 2: Phase controlled rectifiers and Bridge inverters

Full wave controlled rectifier using SCR’s (semi controlled, fully controlled) with R load only. Derivation of output voltage, Concept of RL and R-L-E load.

Basic principle of single phase and three phase bridge inverters, block diagrams including rectifier and inverter.

3 1st May’18 (Tue: Maharashtra Day)

8:30am - 1pm

Mod - 3: Operational amplifiers and 555 Timer

Operational amplifier circuits, Ideal OPAMP, common OPAMP ICs, Basic OPAMP circuits- Inverting amplifier, Non - inverting amplifier.

Voltage follower (Buffer), Instrumentation Amplifier, Summing amplifier, Schmitt triggers

Active first order filter: Low pass and high pass filter 555 timer-Operating modes.

4 2nd May’18 (Wed)

6:30pm - 9:30pm

Mod - 4: Digital logic and Logic families

Digital signals, combinational and sequential logic circuits, clock signals, Boolean algebra and logic gates.

Integrated circuits and logic families: Logic Levels, Noise Immunity, Fan Out, Power Dissipation, Propagation Delay.

5 3rd May’18 (Thurs)

8:30am - 1pm

TTL logic family : TTL Designations, TTL Versions, Output Configuration, TTL characteristic, The CMOS family, comparison with TTL family Flip flops: Set Reset(SR),Trigger(T),clocked D F/Fs; Registers, decoders and encoders.

Multiplexer and Demultiplexer.

6 4th May’18 (Fri)

8:30am - 12:45pm

Mod - 5: Microprocessor and Microcontrollers

Overview of generic microprocessor, architecture & functional block diagram. Comparison of microprocessor and microcontroller. MSP430 Functional block diagram and architecture.

7 5th May’18 (Sat)

8:30am - 1pm

Mod - 6: Motors

Review and comparison of Torque - Speed characteristics of DC motors and AC induction motors.

Basic principles of speed control of AC/DC motors Basics of BLDC motor, Linear Actuator motor, Servo Motor Suitability of each motor for various industrial applications.

8 6th May’18 (Sun)

8:30am - 1pm Extra lecture, if reqd

Note: Sem - IV Exam starts from 11th May’17. Full set of High Quality, Simplified, Updated and Refined Notes would be provided in the Class. There would be 15

mins of Personal Doubt Solving Session at the end of every lecture. Most expected questions would be discussed throughout the crash course. The lectures have been designed, so that every student can attempt at least 80% to 90% of the I.E. paper with ease. Electrical & Electronic devices are nowadays used for Proper Running and Control of almost every Mechanical & Automobile Equipment. The subject of

Industrial Electronics builds up all the concepts required for it. This helps you face your Technical Interviews with confidence during placement. It has been observed that the students of Mechanical & Automobile Engineering are not very strong with the fundamentals of Electrical & Electronic Sciences.

Keeping that in mind, the lectures have been designed in such a way that, first of all Basics would be developed from Scratch and then the chapters would be started, so that every student understands everything about the subject.

Once the student understands I.E. properly, it would be easy for him/her to understand Mechatronics in Sem-VI. Admission Timings - {Mon to Fri: 6pm to 10pm, Sat & Sun (9am to 12noon & 6pm to 10pm)}. Full fees is to be paid at the time of admission. Admission will

continue until the 1st day of the lecture or the day on which the batch gets full (whichever is earliest). There won’t be any other batch of I.E. apart from this. Students who had joined Fluid Mechanics as well as KOM, for them the fees would be Rs. 4500/-.

Classroom Address: Room - 112, 1st floor, Pearl Centre, Above Sadguru’s office, Opp. Vidyalanakar’s, Senapati Bapat Marg (Tulsi Pipe Road), Dadar (w).

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T.F.P.E: Crash batch Designed to Develop Crisp Concepts & give a Boost in your Sem - VI Results

A student, who wants to score 75+ out of 80 should attend all the 11 lectures. In case, if you don’t have that much time and want to surely pass the paper with a decent score of 45+

out of 80 with minimum efforts, then meet me after 1st lecture. I would give you a perfectly crafted guideline. No need to attend all 11 lectures.

Lec Date Time Portion covered

1 29th Apr’18

(Sun: Batch Starts) 8:45am to 1:15pm

4hr - 30mins

Steam Generator: Concepts & Formula Development. Numericals (All typical Exam Questions). Imp. Theory Questions.

2 30th Apr’18

(Monday) 6:30pm to 9:30pm

3hr lecture

Steam Nozzle: Theory + Derivation. Concepts & Formula Development. Numericals (All typical Exam Questions).

3 1st May’18

(Tue: Maharashtra Day) 8:45am to 1:15pm

4hr - 30mins

Steam Turbine: Impulse type - De Laval Turbine. Concepts & Formula Development. Theory + Derivation. Numericals (All typical Exam Questions).

4 2nd May’18 (Wednesday)

6:30pm to 9:30pm 3hr lecture

Compounding of Steam Turbine: Concepts of Velocity & Pressure compounding. Numericals (All typical Exam Questions).

Steam Turbine: Reaction type - Parson’s Turbine. Theory + Derivation. Concepts & Formula Development.

5 3rd May’18 (Thursday)

8:45am to 1:15pm 4hr - 30mins

Parson’s Turbine: Numericals (All typical Exam Questions).

Gas Turbine: (Closed cycle) Theory + Derivation. Concepts & Formula Development. Numericals.

6 4th May’18

(Friday) 8am to 12:30pm

4hr - 30mins

Simple Open cycle Gas Turbine: Concepts + Numericals.

Gas Turbine: (Modified cycle - with Intercooler, Reheater and Regenerator) Concepts & Formula Development. Numericals (All typical Exam Questions).

7 5th May’18

(Saturday) 8:45am to 1:15pm

4hr - 30mins

Gas Turbine: Modified cycle - Numericals continued...

Jet Propulsion Engines: Turbojet + Turboprop + Ramjet + Rocket engines Concepts & Formula Development. Numericals on Thrust + Thrust Power + TSFC + Propulsive efficiency

+ Propulsive Power etc

8 6th May’18

(Sunday) 8:45am to 1:15pm

4hr - 30mins

Impact of Jets: on Flat and Curved plates.

Pelton Wheel (Water Turbine): Theory + Derivation. Concepts & Formula Development. Numericals (All typical Exam Questions).

9 7th May’18

(Monday) 8:45am to 1:15pm

4hr - 30mins

Reaction Turbine: Francis Type. Theory + Derivation. Concepts & Formula Development. Numericals (All typical Exam Questions).

10 8th May’18

(Tuesday) 8:45am to 1:15pm

4hr - 30mins

Thoma’s Cavitation Parameter: Concepts & Numericals. Similarity Relations: Concepts & Numericals. Model Testing: Concepts & Numericals.

11 9th May’18

(Wed: Last lecture) 8:45am to 1:15pm

4hr - 30mins Reaction Turbine: Kaplan Type

Analysis & Numericals

Note: Please bring Steam Table (by R. S. Khurmi), 4 different colour gel pens & highlighters in the 1st lecture. T.F.P.E. paper usually would be 85% to 90% (Numerical + Derivation

based) & 10% to 15% (Theory based). It is the next subject in the series of Thermal and Fluid sciences (after Thermodynamics, Fluid Mechanics, Heat Transfer & I. C. Engine). Concepts developed here would be used to understand Mechanical Utility systems (also known as T.F.P.E-2) in Sem - VII and Refrigeration & Air-Conditioning in Sem - VIII.

Full set of Simplified, Refined and Updated Notes (for May’18 Exam) would be provided during the lectures along with the Solved Problem set. Highest Quality Study material has been prepared by referring to more than 15 Standard Books on the subject and selecting all Typical Numericals from the last 44 University papers, up to the recent paper of Nov’17.

All the concepts required from Thermodynamics and Fluid Mechanics would be revised first and then the new concepts of T.F.P.E. would be explained, so that understanding the subject becomes easy and automatic. There would be 15 mins of Personal Doubt Solving Session at the end of every lecture. Optimum utilisation of Audio/Visual would be made throughout the Crash Course to enhance the level of understanding. All the concepts related to Velocity triangles will be explained in detail. Around 50 marks syllabus of TFPE and 60% syllabus of MUS (Sem - VII) are based on it.

Crash Course has been efficiently designed by Irfan sir so that any type of student can attempt at least 95% of the paper with ease. It has been designed not only to help

the student clear the paper but also to top his/her respective college and excel in all the competitive examinations like GATE, IES, UPSC, Engineering Olympiads etc along

with confidently facing Technical Interviews at the time of placement. Over the years, 90% of the times, University Toppers had been from Irfan sir’s T.F.P.E. Batch.

Address: Room - 112, 1st Floor, Pearl Centre, Opp. Vidyalankar’s office, Senapati Bapat Marg (Tulsi Pipe Road), Dadar (w).

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BY SANJAY SIR

Note:

• Crash Course has been designed to cover 90% of syllabus. By keeping 10% uncovered syllabus in option, students can attempt full 80 Marks Paper.

• For Admission Contact : 9820341855

• Fees: 5500/-

LEC DATE DURATION TOPICS COVERED

1 01/05/18

(TUE) 2:00 pm to 5:30 pm

3 hr 30 mins

Introduction to FEA Non Weak Form

Numericals on - ✓ Galerkin Method ✓ Petrov-Galerkin Method ✓ Subdomain Method ✓ Least Square Method ✓ Collocation Method

Comparison with Exact Method

2 02/05/18

(WED) 2:00 pm to 5:30 pm

3 hr 30 mins

Weak Form R-R Method Mapped Over Entire Domain

Two Parameter / One Parameter Solution

3 03/05/18

(THU) 2:00 pm to 5:30 pm

3 hr 30 mins

Direct Application of EME Analysis of 1. Stepped Bar

2. Tapered Bar 3. Spring Cart systems 4. Stepped Bar subjected to Thermal Effect

4 04/05/18

(FRI) 2:00 pm to 5:30 pm

3 hr 30 mins

Direct Application of EME Analysis of 5. Stepped Bar subjected to Torsion

6. Fluid Flow Network 7. Heat Transfer by Conduction 8. Heat Transfer by Conduction & Convection

5 05/05/18

(SAT) 2:00 pm to 5:30 pm

3 hr 30 mins Truss Analysis

Concept & Numerical

6 06/05/18

(SUN) 2:00 pm to 5:30 pm

3 hr 30 mins Beam Analysis Concept & Numerical

7 07/05/18

(MON) 2:00 pm to 5:30 pm

3 hr 30 mins

Shape Functions for 1D Element Derivations of Shape Function for Linear, Quadratic & Cubic elements by -

✓ Serendipity Method ✓ Lagrange’s Polynomial Method

8 08/05/18

(TUE) 2:00 pm to 5:30 pm

3 hr 30 mins

2D Finite Element Analysis Derivations of Shape Functions for

✓ 3 Noded Triangular Element ✓ 4 Noded Quadrilateral Element ✓ 8 Noded Quadrilateral Element ✓ 9 Noded Quadrilateral Element

Numerical on Stress Strain Analysis Concept of Jacobian Matrix

9 09/05/18

(WED) 2:00 pm to 5:30 pm

3 hr 30 mins

Vibration Analysis Numerical on 1. Consistent Mass Matrix

2. Lumped Mass Matrix Potential Energy Approach for Spring Elements – Numericals

FEA CRASH COURSE (May ’18 Exam)

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SEM VI (MECH):

MECHATRONICS SCHEDULE:

DATE DAY TIME TOPICS

28/04/18 SAT 1:00 pm to 5:00 pm 4 hrs

Pneumatic Systems

✓ Concept development

✓ Pneumatic Circuit design for Industrial

Automation

29/04/18 SUN 2:00 pm to 5:30 pm 3 hrs 30 mins

Electropneumatic Systems

✓ Concept development

✓ Electropneumatic Circuit design for Industrial Automation

30/04/18 MON 2:30 am to 5:30 pm 3 hrs

Electrohydraulic Systems

✓ Concept development

✓ Electrohydraulic Circuit design for

Industrial Automation

Hydraulic Systems

✓ Regenerative Circuit

✓ Feed and Traverse Circuit

Meter IN, Meter OUT, Bleed OFF circuit

10/05/18 THU 8:00 am to 1:00 pm 5 hrs

Programmable Logic Controller (PLC)

✓ Concept development of Ladder Logic

Diagram

✓ PLC circuit design for Industrial Process

Control.

Note: • University paper of Mechatronics consists of 35% of Circuit design and 65% of Theory.

• In the 3 days Crash course only circuit design will be covered.

• Complete set of updated notes for entire syllabus will be provided

• Simulation of Industrial Automation Circuit Design will be taught through advanced software.

• Students should carry Pencil and Color gel pens.

• For Admission Contact: 9820341855.

Sanjay Sir

CRASH COURSE (Only Circuit Design)

Fees: 2800/-

Record Marks Anirudh Iyer 90/100

(DBIT)

NEW BATCH Starts 28th April 2018