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Week-11 Challenge: Braking

Objective1: For a defined driving cycle, calculate the energy required for braking. Answer: For a defined drive cycle for 600sec, the braking energy is calculated as below. Braking energy is given as: Total braking energy= 500{(44.5^2-12.0^2)+(39.0^2-0.0^2)+(29.8^2-12.0^2)+(38.0^2-12.0^2)+(56.5^2-14.5^2)+(46.0^2-20.2^2)+(49.8^2-14.3^2)+(28.2^2-0.0^2)+(25.6^2-13.9^2)+(19.1^2-16.2^2)+(33.5^2-0.0^2)+(21.9^2-0.0^2)+(24.5^2-13.1^2)+(17.0^2-0.0^2)}*(1000/3600)^2…

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Read more Projects by Aftab Ahmad (10)

Final Project: Electric Rickshaw modelling

Objective:

Aim: To develop a detailed MATLAB model of a three-wheeler electric rickshaw Objectives: Using permanent brushed type motor which drives the rear wheels. To create a custom derive cycle using an excel sheet Simulate the required model for three standard derive cycle Energy consumption, temperature rise of motor and controller…

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28 May 2022 07:22 PM IST

  • MATLAB
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Project-1: Powertrain for aircraft in runways

Objective:

Part A: Weight of various types of aircrafts are mentioned below   Aircraft Name       Max Gross Takeoff Weight Antanov AN-225       1,411,000 lbs 640,000 kg Airbus A380-800       1,268,000 lbs 575,000 kg Boeing 747-800       987,000 lbs 447,700 kg Airbus…

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16 Jan 2022 03:35 PM IST

    Read more

    Week-11 Challenge: Braking

    Objective:

    Objective1: For a defined driving cycle, calculate the energy required for braking. Answer: For a defined drive cycle for 600sec, the braking energy is calculated as below. Braking energy is given as: Total braking energy= 500{(44.5^2-12.0^2)+(39.0^2-0.0^2)+(29.8^2-12.0^2)+(38.0^2-12.0^2)+(56.5^2-14.5^2)+(46.0^2-20.2^2)+(49.8^2-14.3^2)+(28.2^2-0.0^2)+(25.6^2-13.9^2)+(19.1^2-16.2^2)+(33.5^2-0.0^2)+(21.9^2-0.0^2)+(24.5^2-13.1^2)+(17.0^2-0.0^2)}*(1000/3600)^2…

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    30 Dec 2021 11:56 AM IST

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    Week-4 Challenge WOT Condition Part-2

    Objective:

    Objective1 Difference between mapped and dynamic model of engine, motor and generator. How can you change model type? (A) Mapped model: (1) Data driven model generally by lookup table (2) Static model (3) Preferred for system level Simulation (4) Represents Macro behavior (5) Takes less simulation time Dynamic model: (1)…

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    29 Dec 2021 02:24 AM IST

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    Week-7 Challenge: DC Motor Control

    Objective:

    Objective1: Speed control of a DC motor using BJT H-bridge. Answer: (a) In order to control the speed of DC motor, voltage fed to the armature of it needs to be controlled. A chopper can be used to control the voltage fed to armature of DC motor by controlling the switching frequency of the chopper switch. There different…

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    23 Dec 2021 06:51 AM IST

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      Week-6 Challenge: EV Drivetrain

      Objective:

      Q1. Which types of power converter circuits are employed in electric and hybrid electric vehicle? Answer: Types of converter used 1) AC to DC converter or Rectifier: For charging battery an AC-DC converter is required to convert the AC supply to DC, which is also known as Rectifier. 2) DC-AC converter or Inverter: If the…

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      13 Dec 2021 04:09 PM IST

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      Week-3 Challenge: ADVISOR Tool

      Objective:

      Objective1: To check for EV_defaults_in file, for cargo mass of 500 kg with all other default conditions, whether the vehicle can travel for 45 km with FTP drive cycle? Answer: The advisor tool GUI can be opened by typing >>advisor command in the command window, after which a GUI opens up. The vehicle type is the…

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      05 Dec 2021 05:50 PM IST

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        Project

        Objective:

        Objective: To carry out a system-level simulation of an all-terrain vehicle and to make a technical report explaining model properties and discussion on results. Theory: All-terrain vehicle (ATV): An all-terrain vehicle (ATV) is defined as a motorized off-highway vehicle designed to travel on four low-pressure or non-pneumatic…

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        14 Sep 2021 02:34 PM IST

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          Week - 4

          Objective:

          Objective1: To implement control logic of washing machine using state flow for following conditions: Activate the system when power supply is available If water is not available, stop the process and indicate through a LED Soaking time of 200s followed by washing time of 100s, after that rising for next 20s and drying…

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          31 Jul 2021 06:19 PM IST

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            Week -2

            Objective:

            Objective1: To develop Simulink model of Doorbell using a solenoid with the switch is closed for 2 seconds and then released. Theory: Conventional doorbell uses a special type of electromagnet called Solenoid. In which there is a coiled wire surrounds a magnetic material called plunger. When current passes through the…

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            21 Jul 2021 05:32 AM IST

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              Showing 1 of 10 projects