Instructions
• Each team is required to use only this template
• Points mentioned on each slides are suggested items that could be
discussed over this presentation. Team can choose appropriate topics
relevant to their design.
• Points which are not relevant to your design can be omitted from
slides
• The font type is Calibri (body) with minimum size 18 and should be
readable and adjusted as per the slide contents
• Please do not overcrowd the slides with text only, it is suggested to
use bullet points instead of detail report. Use images/graph/picture
and voice out the details during presentation.
• Slide no 13 and 14 are to be used as appropriate for your machine
Overall Technical Specifications - Machine
 Machine type : 4W
 Overall dimensions (L x B x H) (mm):
 Static Ground Clearance (mm):
 Machine Weight (including all fluids) (kg):
 Wheel base (if applicable) (mm):
 Wheel Track Width (mm):
 CG Location (X,Y & Z) from machine mid plane and wheel Centre:
 Max. speed (kmph):
 Working width(m) &Working depth(m):
 Calculated Volume of material handled (m3/sec):
 Differentiating feature,USP of machine, if any
10/27/2023 2
Image
Machine frame/Chassis Design
 Calculations for bending strength
 CAE analysis of frame ,suggested analysis in
• Longitudinal torsion
• Vertical bending
• Transverse bending
 G Force calculations
 Calculations of maximum stress (Von-
Misses/Principal)
 Calculation of maximum deflections
 Factor of safety calculations
 Engine mount calculations
 Ergonomics considerations
10/27/2023 3
FEA images/ Actual validation
Image, if any
Design of Digging System
 Design of blades
 Blade Geometry
 Draft Calculations
 Share blade rake angle
 Width of harvesting
 Depth of harvesting
 Throat clearance estimation
10/27/2023 4
Actual
Image
Design of Separating system
 Type of system
 Length /Width of conveyor
 Speed of operation calculation
 Material handling capacity calculation
 Spacing of cleaning elements
 Power consumption calculation
10/27/2023 5
Actual
Image
Design of Windowing System
 Type of system
 Length / Width
 Speed of operation calculation
 Output of onion
10/27/2023 6
Actual
Image
Design of Power Transmission Systems
 Various Gear ratios calculation
 Travel speed calculations for given tire size
 Tractive effort, drawbar pull calculations
 Brake calculations for stopping distance,
weight transfer etc.
 Achievable gradability calculations
 Power flow diagram
 Design/Selection of belt /chain drives for
various units
10/27/2023 7
Actual
Image
Steering System Design
 Type of steering system
 Toe in/out
 Ackerman % (if applicable)
 Turning radius
 KPI, Camber, Caster, scrub radius etc.
10/27/2023 8
Actual
Image
Project Management
 Project plan of complete machine development from Virtual event
till main event
 Assignment of task and responsibilities in team
 Identification of critical paths and action taken
10/27/2023 9
Image/Project plan
Design Failure Mode & Effect Analysis (DFMEA)
Item/Function
Potential
Failure
mode
Potential
effects of
failure
Severity
Potential
causes of
failure
Probability
Current
design
control
Detection
RPN
Actual action implemented
Modified
RPN
after
action
10/27/2023 10
Design Validation Plan (DVP)
10/27/2023 11
• List down all the actual validation tests conducted on actual machine
College Workshop Facilities
• In-house workshop facilities where Proto type made
• Test field availability
10/27/2023 12
Actual Images of work
Customizable slide #1
 Team can present any new/unique design feature here
 Innovation*
* Feature shown up here must be implemented on the main TIFAN prototype
machine with images.
10/27/2023 13
Image
10/27/2023 14
Team can utilize this slide as per their wisdom to present any thing which
other wise is limited due to no of slides
Customizable slide# 2

TIFAN_FINAL_EVENT_OVERALL DESIGN TEMPLATE.pptx

  • 1.
    Instructions • Each teamis required to use only this template • Points mentioned on each slides are suggested items that could be discussed over this presentation. Team can choose appropriate topics relevant to their design. • Points which are not relevant to your design can be omitted from slides • The font type is Calibri (body) with minimum size 18 and should be readable and adjusted as per the slide contents • Please do not overcrowd the slides with text only, it is suggested to use bullet points instead of detail report. Use images/graph/picture and voice out the details during presentation. • Slide no 13 and 14 are to be used as appropriate for your machine
  • 2.
    Overall Technical Specifications- Machine  Machine type : 4W  Overall dimensions (L x B x H) (mm):  Static Ground Clearance (mm):  Machine Weight (including all fluids) (kg):  Wheel base (if applicable) (mm):  Wheel Track Width (mm):  CG Location (X,Y & Z) from machine mid plane and wheel Centre:  Max. speed (kmph):  Working width(m) &Working depth(m):  Calculated Volume of material handled (m3/sec):  Differentiating feature,USP of machine, if any 10/27/2023 2 Image
  • 3.
    Machine frame/Chassis Design Calculations for bending strength  CAE analysis of frame ,suggested analysis in • Longitudinal torsion • Vertical bending • Transverse bending  G Force calculations  Calculations of maximum stress (Von- Misses/Principal)  Calculation of maximum deflections  Factor of safety calculations  Engine mount calculations  Ergonomics considerations 10/27/2023 3 FEA images/ Actual validation Image, if any
  • 4.
    Design of DiggingSystem  Design of blades  Blade Geometry  Draft Calculations  Share blade rake angle  Width of harvesting  Depth of harvesting  Throat clearance estimation 10/27/2023 4 Actual Image
  • 5.
    Design of Separatingsystem  Type of system  Length /Width of conveyor  Speed of operation calculation  Material handling capacity calculation  Spacing of cleaning elements  Power consumption calculation 10/27/2023 5 Actual Image
  • 6.
    Design of WindowingSystem  Type of system  Length / Width  Speed of operation calculation  Output of onion 10/27/2023 6 Actual Image
  • 7.
    Design of PowerTransmission Systems  Various Gear ratios calculation  Travel speed calculations for given tire size  Tractive effort, drawbar pull calculations  Brake calculations for stopping distance, weight transfer etc.  Achievable gradability calculations  Power flow diagram  Design/Selection of belt /chain drives for various units 10/27/2023 7 Actual Image
  • 8.
    Steering System Design Type of steering system  Toe in/out  Ackerman % (if applicable)  Turning radius  KPI, Camber, Caster, scrub radius etc. 10/27/2023 8 Actual Image
  • 9.
    Project Management  Projectplan of complete machine development from Virtual event till main event  Assignment of task and responsibilities in team  Identification of critical paths and action taken 10/27/2023 9 Image/Project plan
  • 10.
    Design Failure Mode& Effect Analysis (DFMEA) Item/Function Potential Failure mode Potential effects of failure Severity Potential causes of failure Probability Current design control Detection RPN Actual action implemented Modified RPN after action 10/27/2023 10
  • 11.
    Design Validation Plan(DVP) 10/27/2023 11 • List down all the actual validation tests conducted on actual machine
  • 12.
    College Workshop Facilities •In-house workshop facilities where Proto type made • Test field availability 10/27/2023 12 Actual Images of work
  • 13.
    Customizable slide #1 Team can present any new/unique design feature here  Innovation* * Feature shown up here must be implemented on the main TIFAN prototype machine with images. 10/27/2023 13 Image
  • 14.
    10/27/2023 14 Team canutilize this slide as per their wisdom to present any thing which other wise is limited due to no of slides Customizable slide# 2