Insights Through Analysis
AnSight LLC provides physics-based engineering solutions and insights through computational fluid dynamics (CFD) simulation and analysis. With extensive experience in fluid flow, heat transfer, and mass transfer processes, it delivers optimized design solutions for building HVAC systems, critical environments, and industrial applications.
Kishor Khankari, Ph.D.Founder
Evaluates and enhances the performance of indoor climates, airflow distribution, and thermal comfort through advanced computational fluid dynamics and modeling.
Evaluates airflow patterns and thermal conditions to maximize system efficiency.
Focuses on radiant heating and cooling systems, predicting radiant temperature distribution and occupant thermal comfort.
Models chilled beam operations to optimize capacity and placement for enhanced climate control.
Performs cause-and-effect analysis of thermal decay and optimizes diffuser locations.
Assesses displacement airflow patterns, localizing stratified layers and analyzing contaminant displacement.
Analyzes local wind patterns, hourly occupant thermal comfort, and local climate suitability to optimize operable openings.
Verifies local code compliance, evaluates carbon monoxide concentration distribution, and optimizes exhaust flow rates.
Analyzes the transport and dilution of exhaust gases, hazardous fumes, and cooling tower discharge to prevent re-entrainment and ensure safety.
Minimizes stack height while mitigating re-entrainment risks for laboratory facilities.
Models thermal and moisture plumes from backup generators and cooling towers to prevent neighborhood or intake impacts.
Conducts advanced simulations to model smoke movement, pressure differentials, and ensure safe evacuation conditions during fire events.
Evaluates smoke movement in large open volumes to design effective exhaust rates.
Simulates pressure differentials to maintain smoke-free egress routes.
Predicts smoke layer heights, visibility levels, and temperature profiles during emergency events.
Delivers high-fidelity modeling of particulate and gaseous contaminants to maintain sterility and safety in critical environments.
Assesses particle removal efficiency, unidirectionality of flow, and compliance with ISO 14644 standards.
Maps the flow paths of airborne contaminants in operating rooms, patient rooms, and isolation units to protect staff and patients.
Analyzes how pollutants or infectious aerosols disperse within occupied spaces.
Maximizes heat transfer efficiency and thermal storage capacity across utility, data center, and industrial applications.
Simulates water flow patterns in storage tanks to enhance diffuser design and optimize discharge temperatures.
Models airflow and temperature profiles to evaluate cooling failure risks and mitigate severe heating.
Applies physics-based modeling to process design, agricultural drying systems, and product packaging.
Optimizes moisture and temperature variations within product beds to enhance drying capacity and product quality.
Predicts product shelf life by simulating moisture redistribution and packaging performance.
Data Centers · Mission Critical Facilities · Healthcare · Laboratories · Pharmaceutical · Life Sciences · Agriculture · Automotive · Chemicals · Aerospace
Laboratories · Client: Leading Design Build Firm
Conducted a complex plume dispersion analysis using Computational Fluid Dynamics (CFD) to aid in the design of a large laboratory fume hood exhaust system. The analysis optimized the stack height and minimized the risk of hazardous exhaust re-entrainment.
Pharmaceutical · Client: Leading Cleanroom Design and Testing Firm
Provided high-fidelity CFD modeling for a pharmaceutical cleanroom containing a vial-filling isolator. The study analyzed airflow patterns and particle distribution to assess cleanliness and evaluate particle removal efficiency using specialized Spread Index techniques.
Energy Storage · Client: Leading Design Build Firm
Simulated and optimized the design of chilled water storage tanks. The resulting simplified diffuser layout improved thermal stratification and performance, reducing the required number of storage tanks and generating significant project savings.