Talas Engineering, Inc.

Combining mechanical analysis and site investigation to determine the sequence of events in vehicular collisions and structural incidents.

• Occupant Kinematics

  Analyzing the movement of occupants inside a vehicle during a collision.

• Vehicle Data Imaging

  Extracting and analyzing electronic data recorder information from vehicles.

• Field Investigations

  Performing scene inspections and collecting physical evidence from accident sites.

• Collision Analysis

  Calculating speeds, impact forces, and trajectories using physics-based modeling.

Investigating the physical forces applied to the human body and determining whether specific movements caused reported injuries.

• Human Injury Analysis

  Correlating physical impacts with clinical diagnoses and trauma reports.

• Kinetics of Human Movement

  Modeling the forces and motion of the body during specific activities.

• Ergonomic Studies

  Evaluating workspaces and equipment interactions with human operators.

• Medical Record Review

  Analyzing medical histories and clinical notes to establish injury timelines.

• Biomechanical Literature Research

  Reviewing scientific publications to support force and injury analyses.

Evaluating materials, products, and mechanical systems to determine why they failed or how they can be improved.

• Engineering Design Analysis

  Evaluating the structural and operational safety of mechanical components.

• Equipment and Machinery Failure Analysis

  Determining the root causes of mechanical breakdowns and system faults.

• Technical Inspection

  Conducting physical inspections and diagnostic assessments of hardware.

• Polymer and Chemical Analysis

  Analyzing plastic, rubber, and chemical components to identify material deficiencies.

• Testing Support

  Designing and executing structural and material tests to validate failure theories.

Creating accurate visual assets and animations to clarify complex scientific findings and accident sequences.

• Photogrammetry

  Extracting 3D measurements and spatial data from photographs and video footage.

• 3D Laser Scanning

  Capturing highly accurate spatial models of vehicles, machinery, and physical scenes.

• UAV Aerial Data Collection

  Gathering high-resolution aerial photography and videography using small unmanned aerial systems.

• Video Production and Motion Graphics

  Producing visual materials and high-speed video support for technical reviews.

• 3D Modeling and Animation

  Building interactive models and forensic animations to reconstruct physical events.