TimeTooth Company Overview Automotive

Company Overview : 

TimeTooth Technologies Pvt. Ltd. CAE Driven Product Development Company Overview

About TimeTooth : 

About TimeTooth 2 The meticulous attention to detail necessary for scientific investigation, the commitment which pushes composers to keep working until the music realizes the glorious sounds playing in the imagination, and the persistence which keeps great artists at their easels until their creation matches their conception, All result from perfectionism.

About TimeTooth : 

India Office USA Office India Technical Centre About TimeTooth Founded by senior engineering experts from OEMs in 2007 CAE Driven Product Development Services Domain Knowledge plus services delivery business model Based in India and USA 3

Why Computer Aided Engineering? : 

Why Computer Aided Engineering? Validate Performance Envelope Efficiently Optimize design Problem Solving Innovation in design engineering 4 Our Philosophy: CAE Driven Product Development Prediction Concept Analysis Cascading Validation Real to virtual, System to Components Design Evaluation Release Issue resolution Redesign

CAE process critical path : 

CAE process critical path 5

TimeTooth CAE Driven PD values : 

TimeTooth CAE Driven PD values Accuracy …. Correlation … Predicting reality! Experience … learning curve Tools and Infrastructure Domain variety 6

CAE Domain Expertise : 

CAE Domain Expertise 7

Loads Analysis : 

Loads Analysis Full vehicle loads Generation Methods Generic Load process for early design phase Loads cascade methods efficiently using measured loads with simulations Accurate loads cascade for generating suspension, power-train, body, frame loads etc. Full vehicle durability simulation for complete virtual loads prediction Loads simulation with rigid or flexible components Loads data analysis using Pseudo damage, PSD, Level crossing & other indices Sub-system Loads and Effort Closures: Doors, Hoods, Tailgates, retractable roofs Frame, Cradle & suspension components Steering System Seat & seat belt mechanisms HVAC system mechanisms design Wipers 8

FE Durability Analysis : 

FE Durability Analysis Structural Durability & Fatigue Linear Statics - Stress, Strain, Stiffness Pseudo-static Fatigue Structural, sheet metal Spot-weld, seam-weld Dynamic Fatigue Closure Slam – Door, hood and lift-gate Vibration fatigue Non-linear - Geometry, Material, Boundary Stress and plastic strain Permanent set Optimization Stiffness improvement and stress reduction Topology Topography Gage, shape and size Weld optimization location and pattern number of welds 9

NVH Analysis : 

NVH Analysis Full Vehicle Development NVH tuning expertise to meet full-vehicle targets Normal Modes analysis Point and Transfer Mobility (v/f) analysis Noise Transfer Function (p/f) analysis Road, Idle Shake Road, Powertrain Noise Variational Load Analysis Wheel Unbalance Tire Force Variation Prop Shaft Unbalance Transfer Path Analysis Design Sensitivity Analysis Optimization Gage Optimization Bushing Rates Optimization Topology Optimization Topography Optimization Damping Treatment Optimization Optimization of Engine Mount Rates, Location, Orientation Sub-System Development Design development to meet cascaded targets for Steering Column, IP, Seat, Exhaust, Axles and Powertrain 10

Crash & Safety Analysis : 

Crash & Safety Analysis Full Vehicle Full Frontal Impact (FMVSS 208, NCAP) Offset Deformable Barrier Impact (IIHS, ECE 94) Side Impact (FMVSS 214, SINCAP, ECE 96/27/95), Side Pole Rear Impact (FMVSS 301, ECE 32) Roof Crush (FMVSS 216) Compatibility of Vehicles Bumper System Danner/Thatcham Low Velocity Impacts Interiors, IP, Console Pedestrian Impact Door Intrusion/Slam Seat Systems Belt Pull (ECE14/FMVSS 207/210) Child Restraint Anchorage (FMVSS 225/ECE 44) Front and Rear Impacts with Dummies Luggage Retention 11

Non-structural engineering : 

Non-structural engineering Controls System dynamics and controls co-simulation Electronic controller design Non-linear controls Optimal controls Hydraulics Circuit design Actuator sizing and design Static and transient simulation Multiphysics Mechanical-Hydraulic-Electrical system integrated simulation for accurate capture of system dynamics 12 *Multiphysics system dynamics analysis*

Industries serviced : 

Industries serviced Construction, Agriculture and Mining Equipment Commercial Vehicles Automotive Defence Equipment and Special purpose vehicles Aerospace Medical Equipment and White Goods 13

Some Satisfied Customers : 

Some Satisfied Customers TimeTooth Confidential *** Contact us for a complete list of our satisfied clients *** As Tier III As Tier III As Tier II

Service Offerings : 

Service Offerings 15 Mechanisms and Dynamic systems design Design for Structural Strength and Durability Design for Vibration Isolation Impact energy management Multiphysics system dynamics and controls Heat Transfer and Fluid flow management Finite Element Modeling services Custom Software development

Why TimeTooth as PD partner : 

Why TimeTooth as PD partner Experience & Technology ideal combination Founding and consulting team has over 100 years system design and engineering experience Evolved processes and methods Technical Analysts average education is a Masters in engineering State-of-the-art Software and hardware facility Value Proposition Knowledge Plus Delivery business model High Expertise, low cost, global delivery

Business Models : 

Business Models Outsourced Design Support Onsite services delivery Captive Design Centre management 17

Slide 18: 

THANK-YOU! Contact Us info@timetooth.com E-112, Sector 6, NOIDA, UP - 201301, India +91 120 4540106