Capabilities and Services
Explore our range of services designed to help you move forward with confidence, wherever you're headed next.
Accelerate your hardware development with precision-engineered design. Whether you are launching a clean-tech prototype or optimizing an aerospace component, we provide elite 3D CAD Modeling and 2D Drawing Creation to transform your breakthrough concepts into deployment-ready reality.
Advanced 3D Modeling: Engineering high-fidelity, parametric 3D parts and complex assemblies built natively in SolidWorks for rigorous simulation and testing.
DFM & DFA Integration: Deep experience optimizing designs with an eye for manufacturing and assembly challenges from day one for seamless production, reducing manufacturing costs, and streamlining assembly workflows.
Clean Organization: Delivering well-structured feature trees, logical configurations, and strict file management so your data is always pristine and easy to modify.
Production-Ready 2D Drawings: Delivering clean ASME Y14.5-2009 compliant component and assembly drawings with precise tolerance stack-ups for seamless manufacturing execution.
Optimize fluid behavior, maximize thermal efficiency, and perfect your system dynamics. Whether you are streamlining aerospace aerodynamics, managing complex thermal loads, or tracking liquid behavior in chemical process systems, I provide elite CFD Simulation Services to visualize fluid behavior and validate performance before production.
Capabilities
Aerodynamic & Hydrodynamic Analysis: Simulating complex internal and external flows to minimize drag, optimize lift, and analyze velocity profiles.
Conjugate Heat Transfer (CHT): Modeling the interaction of heat transfer between solid components and moving fluids to prevent hotspots in critical hardware.
SolidWorks Flow Simulation Integration: Leveraging decades of experience with SolidWorks Flow Simulation tools to run fluid analyses directly on your CAD parts and assemblies, ensuring rapid design iterations.
Free Surface & Cavitation Modeling: Tracking clear, moving boundaries between immiscible fluids (liquid/gas interfaces) and predicting localized vapor bubble formation in high-velocity liquid systems.
Passive Particle Studies: Injecting and tracking discrete solid particles or liquid droplets within a primary flow stream to analyze distribution paths and erosion risks.
Accelerate your structural verification and optimize your hardware for loading expenvironments. Whether you are light-weighting an aerospace component or analyzing thermal stress concentrations in high temperature process equipment, we provide elite FEA Simulation Services to validate performance and predict failures before you cut metal.
Advanced Stress & Strain Analysis: Evaluating structural integrity under static, dynamic, and thermal loads using robust, physics-backed boundary conditions.
Integrated SolidWorks Simulation: Leveraging decades of experience with SolidWorks FEA tools to seamlessly run analyses directly on your 3D parts and complex assemblies.
Design Optimization & Lightweighting: Utilizing simulation data to remove mass safely, improve factor of safety (FoS), and refine geometry without compromising strength.
Pragmatic Post-Processing: Delivering clean, actionable reports with clear displacement plots, stress contours, and concrete design recommendations.
Ensure your hardware survives the most demanding thermal environments. With decades of experience designing and operating high temperature systems in the heat treat, petrochemical, glass, and crystal growing industries we can provide expert High-Temperature Material Selection and Guidance to optimize thermal performance, prevent degradation, and guarantee operational longevity.
Advanced Carbon Solutions: Evaluating and specifying specialized graphite grades (isostatic, extruded, extruded-molded) and Carbon-Fiber-Reinforced-Carbon (C/C) composites for extreme thermal shock resistance.
Oxide-Based & Ceramic Matrix Composites: Navigating the selection of oxide-based composites (CMCs) and technical ceramics (SiC, Al2O3, ZrO2) to balance weight, oxidation resistance, and structural integrity.
Refractory Metal Integration: Analyzing and sourcing refractory metals (Tungsten, Molybdenum, Tantalum, Niobium) for structural components facing ultra-high operational temperatures in harsh environments.
Thermal Material Properties Database: Embedding precise, anisotropic, and temperature-dependent material properties directly into models and simulations.
Advanced Manufacturing & Joining Insights: Providing critical guidance on complex machining, brazing, and mechanical fastening constraints inherent to brittle and refractory materials.
Ensure your hardware development is backed by rigorous technical analysis with a licensed Mechanical PE. We provide high-velocity, PE-Reviewed Calculation Packages to validate your critical math, verify design assumptions, and eliminate engineering risks before production.
Licensed Analytical Verification: Reviewing structural, thermal, and fluid dynamics calculations with the rigorous oversight of a licensed California Mechanical PE.
Design Cross-Checking: Ensuring your simulation inputs, boundary conditions, and material properties precisely align with your design intent and operating condition states.
Risk & Logic Auditing: Assessing engineering formulas, unit conversions, and methodology logic to catch hidden errors before they reach the factory floor.