feasibility / layout

ALLDESIGN
AUTOMOTIVE PROJECT – DESIGN & CAD - CONCEPT
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ALL DESIGN snc
Engineering Office
Corso Orbassano 336
10137 Torino
p.Iva 06583380016
Administrator members :
Giulio Dallatorre
Sergio Mancini
Michele Valetti
Tel. 011 3112685
Mail : [email protected]
[email protected]
[email protected]
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COMPANY
ALLDESIGN project office design in TORINO since 1993
•  REFERENCE: - Known from the most important car producer. For many years in contact with
Several car supplier
•  CUSTOMERS: - Fiat Group – Iveco - Pininfarina – Marelli – ContiTech Automotive – Suzuki
- Forum – TBCO – Hino
•  FIELD: - CAR ( Series cars– Concept – Outdoor – Hibrib - Prototype) – BUS – TRUCK (heavy and light)
- ENGINE Layout – DEVELOPMENT COMPONENTS - CODESIGN
•  PROTOYPE/TESTS: Prototype production and Car Test ( with external supplier)
• SOFTWARE e HARDWARE: Catia V5 / Unigraphics / Adams-Abacus – Ls-Dyna
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KNOW HOW - DESIGN & CAD
FEASIBILITY & COMPONENTS DEVELOPMENT
FEASIBILITY & STUDY ARCHITECTURES
LAY-OUT & VEHICLE SUSPENSION – ENGINE SUSPENSION
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KNOW HOW - DESIGN & CAD
FEASIBILITY & COMPONENTS DEVELOPMENT
FEASIBILITY & STUDY ARCHITECTURES
LAY-OUT & VEHICLE SUSPENSION – ENGINE SUSPENSION
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ACTIVITY LIST
  FIAT PANDA:
  FIAT MULTIPLA :
Feasibility architecture – Engine layout – Front and Rear vehicle suspension – engine suspension
Chassys – Vehicle layout – Engine layout ( Air intake system, Engine mount system, Cooling system
Brake system, Steering system, Exhaust system, Fuel tank system)
  FIAT 192 – 198 – 940 – 500 – 500L: Engine layout – layout interior commands ( Pedal box system, Gear Shift system, Hand brake system
Steering column system)
  BMW (Concept Z4) :
Feasibility Space Frame ( Aluminium components)
  ALFA COUPE’ :
Feasibility front-Central-Rear Chassis
  LANCIA ARMOUR-PLATED CAR: Study and Development components Front and Rear vehicle suspension
( models & drawings for production)
 ALFA 156 4WD CROSSOVER:
Stady and Delelopment Front-Rear Vehicle suspension (models & drawings for production)
  IVECO DAILY:
Improvment frame – Layout under floor (Exhaust system - Fuel tank system - Brake system -)
New rear suspension
  IVECO NEW LINE (heavy version):
Chassys – Vehicle layout – Engine layout ( Air intake system, Engine mount system, Cooling system
  LAMBORGHINI:
  FIAT 199 – BSUV - CSUV:
  MASERATI:
  JAPANESE PROTOTYPE:
Study Hand-Brake system (Murcielago ) - Improvment Engine layout
Collocation Fiat for development Air intake system – Fuel tank system – Cooling system
Feasibility concept new coupè Architecture and Layout systems – Codesign M157 M156
Architecture feasibility - Study all systems – Development Space/Frame Aluminium
( models and drawing for prototype )
Architecture Feasibility
Feasibility and development all systems and components for prototype
  JAPANESE HIBRID VEHICLE:
  HEAVY DUTY 4WD:
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FEASIBILITY / LAYOUT
1. BENCHMARK AND INVESTIGATION ABOUT NEW SOLUTIONS FOR SPECIFIC TYPE OF VEHICLE
2. BLACK-BOX DATA ANALYSIS (DIMENSIONS – ENGINES - GEAR)
3. GENERAL CAR PRE-SET
4. CHECK ERGOMOMY/STYLE IN RELATION TO MECHANICAL LAYOUT
5. MECHANICAL LAYOUT SETTING
6. CHASSYS SETUP
7. LAYOUT ENGINE BAY (Air Intake System – Engine Mount System – Cooling System – Brake System – Steering Pipe System A/C
System)
8. LAYOUT UNDER FLOOR (Exhaust System – Fuel Tank System)
9. LAYOUT INTERIOR COMMAND (Pedal Box System– Gear Shift – Hand Brake System – Steering Column System)
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CHASSIS
1. FRONT CHASSIS SETUP
2. CENTRAL CHASSIS SETUP
3. REAR CHASSIS SETUP
4. CHASSIS ANALYSIS (BENDING AND TORSION PERFORMANCE)
5. CHASSIS ANALYSIS ( CRASH PERFORMANCE)
6. FRONT CHASSIS DESIGN
7. CENTRAL CHASSIS DESIGN
8. REAR CHASSIS DESIGN
9. DEFINITIVE CHASSIS ANALYSIS (BENDING – TORSION)
10. DEFINITIVE CHASSIS ANALYSIS (CRASH)
11. DRAWINGS FOR PROTOTYPE
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SUSPENSIONS (FRONT/REAR)
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1. SUSPENSION GEOMETRY SETUP
2. LAYOUT SOSPENSION
3. KINEMATIC ANALYSIS (MULTIBODY)
4. PRELIMINARY SUSPENSION DESIGN
5. ELASTOKINEMATICS ANALYSIS (MULTIBODY)
6. COMPONENTS SOSPENSION DESIGN
7. STRUCTURAL ANALYSIS COMPONENT (F.E.M.)
8. VEHICLE DYNAMIC ANALYSIS (MULTIBODY
9. DRAWINGS FOR PROTOTYPE
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