NovaComp Engineering, Inc.

Comprehensive structural simulations evaluate the strength, stability, and integrity of mechanical systems under complex loading conditions.

• Theoretical and Thermal Stress Analysis

  Computes mechanical and thermal stresses to assess joint behavior and thermal shock in brittle materials.

• Fatigue and Fracture Mechanics

  Evaluates component life, crack development, and structural failure limits under cyclic load conditions.

• Vibration and Dynamic Analysis

  Analyzes structural dynamics including buckling, natural frequencies, and vibration responses under forced loads.

• Impact and Crash Analysis

  Simulates high-velocity crashes, impact dynamics, and rapid transient loading events.

• Advanced Materials Analysis

  Models structural performance of specialized materials including composites, elastomers, plastics, and ceramic matrix composites.

• Metal Forming and Joint Analysis

  Investigates material deformation in manufacturing processes and evaluates ceramic-to-metal bonding.

Multi-physics simulations optimize thermal performance and evaluate temperature distribution across diverse industrial systems.

• Heat Transfer Analysis

  Models conduction, convection, radiation, and transient thermal behavior across mechanical systems.

• Thermodynamics and Combustion

  Analyzes combustion processes, thermodynamic behavior, and localized thermal profiles.

• Computational Fluid Dynamics

  Simulates complex fluid flows, pressure drop profiles, and interactive fluid-thermal states.

Physical measurement and testing services capture real-world operational data and validate material behavior.

• On-Site Measurements

  Deploys field equipment to capture real-world measurements of strain, deflection, pressure, flow, and temperature.

• Material Testing Services

  Utilizes partner laboratory facilities at the University of Washington to perform tension, compression, fatigue, and creep testing.

Specialized consulting and training help clients establish robust in-house simulation workflows.

• MARC FEA Software Installation

  Installs and configures the MARC finite element analysis software for client workspaces.

• FEA Technical Training

  Provides customized on-site training and hosts annual finite element analysis classes across the Pacific Northwest.

Forensic investigations and physical evaluations diagnose component failures to support product troubleshooting and design improvements.

• Statistical Failure Analysis

  Applies quantitative methods to analyze physical failures and optimize design reliability.

• Material Analysis and Troubleshooting

  Diagnoses material anomalies to assist in manufacturing process optimization and troubleshooting.