Our Services
Precision engineering simulations tailored to your project's needs
Engineering Design Services
Detailed stress, fatigue, and buckling analysis to ensure durability
Engineering and Consulting Services
Accurate heat transfer and thermal stress simulations for design safety
Our Services
Test and be sure. Avoid Failure. At a cheap cost
Linear Analysis
Verifying that mining equipment (shovels, conveyors, mill shells, SAG mills), pressure vessels, storage tanks, structural steel frames, and foundations can carry their design loads. FEA reduces downtime by predicting failure before it happens
Mechanical component sizing — brackets, flanges, housings, machine frames; verifying that stresses remain elastic and deflections stay within tolerance under normal service loads
Bridge and highway structures — live load, dead load, and notional lane load stress envelopes for deck girders, diaphragms, and cross-frames
Foundation and soil-structure interaction — raft foundation bending, pile cap design, retaining wall stem checks
Electronics and PCB structural integrity — board deflection under component weight and connector forces
Aerospace preliminary design — first-pass stress sizing of airframe components before detailed fatigue and damage-tolerance analysis
Mining equipment — frame and chassis stress checks for haul trucks, dozers, and conveyors under rated payload
Non linear Analysis
Metal forming and manufacturing — forging, deep drawing, stamping, bending die design
Steel structure design — plastic hinge formation, moment redistribution, pushover analysis for seismic assessment
Pressure vessel design — non-linear burst pressure assessment, nozzle reinforcement
Rubber and elastomer components — seals, gaskets, O-rings, mounts under large compression
Crash and impact — vehicle crash safety, protective packaging, impact-resistant structures
Biomedical — tissue mechanics, stent deployment, bone fracture under extreme loading
Kitchen and building ventilation: Designing hood capture efficiency, airflow patterns, smoke stratification in commercial kitchens
HVAC duct system design: Pressure drop analysis, airflow balancing, diffuser placement
Industrial process flows: Slurry transport in mining pipelines, flotation cell hydrodynamics, thickener design for gold processing plants.
Oil and gas flow assurance: Internal flow in offshore pipelines, subsea systems, gas-liquid separator performance
Combustion and furnace analysis: Kiln burner design for cement plants, furnace efficiency for aluminium smelting, industrial boiler optimisation
Wind loading on structures: Evaluating wind pressures on tall buildings, bridges, and towers
Cooling towers and heat exchangers: Performance analysis for power plants, and industrial plants
Wastewater treatment: Flow distribution in settling tanks, aeration basin mixing, chlorination contact chambers.
Fluid Dynamics
Our Services
Precision engineering simulations tailored to your project needs.
Structural Analysis
High-rise buildings and towers — column and beam stress checks, lateral drift under wind and seismic loads
Bridges — live load capacity, bearing design, deck fatigue under traffic
Industrial structures — mining equipment frames, conveyor gantries, pressure vessel supports
Offshore platforms and FPSO jackets — wave, current, and topside loading
Dams and retaining walls — hydrostatic and soil pressure analysis
Airport, stadium, and arena roofs — long-span steel and cable structure design
Power plant structures — turbine hall frames, cooling tower shells
Thermal Analysis
Industrial heat exchangers — shell-and-tube, plate, air-cooled; sizing and performance prediction
Commercial kitchen ventilation — hood capture efficiency, kitchen temperature prediction (directly applicable to this project)
HVAC systems — duct airflow, diffuser placement, room temperature distribution
Electronics cooling — server racks, power electronics, LED thermal management
Industrial furnaces and kilns — cement kilns, cocoa dryers, glass furnaces; temperature uniformity and fuel efficiency
Power generation — boiler design, turbine blade cooling, nuclear reactor thermal hydraulics
Cold chain and refrigeration — cold store temperature distribution, refrigerated transport
Building physics — thermal envelope performance, solar heat gain, glazing selection
Steel columns and struts — slenderness ratio checks, effective length factors, interaction with bending
Thin-walled pressure vessels and pipelines — external pressure buckling, ovality, ring stiffener spacing
Aerospace structures — aircraft fuselage skin panels, rocket casings, satellite structures
Civil engineering — bridge compression flanges, arch ribs, cable-stayed bridge pylons
Offshore pipelines — collapse under hydrostatic external pressure in deep water, installation loads
Storage tanks and silos — wind-induced shell buckling, partial vacuum conditions
Ship hulls — stiffened panel buckling under wave-induced compressive loads.
Buckling Analysis
Our Services
Precision engineering simulations tailored to your project needs.
Hydraulic and Water Systems Simulation
Urban water supply networks — distribution systems, pressure zone optimization, leakage detection, extension planning for new developments, fire flow adequacy assessment.
Flood hazard mapping — inundation extent and depth for any storm return period.
Stormwater and drainage design — sizing of culverts, channels, detention ponds, and drainage networks for new developments.
Irrigation network design — flow distribution across paddy fields and drip irrigation schemes and canal system modelling
Wastewater collection and treatment — sewer network capacity assessment, inflow and infiltration quantification, treatment plant hydraulic design.
Water hammer and surge protection — pipeline design for water supply schemes, mine dewatering systems, and pumping mains where pump trip or valve closure could cause catastrophic surge pressures.
Groundwater and wellfield management — aquifer drawdown modelling for borehole spacing in community water projects.
Oil and gas pipelines — internal flow hydraulics, pipeline sizing, pump station spacing, surge analysis Pipeline and distribution network.
Mining water management — pit dewatering network design, tailings pond water balance, acid mine drainage containment.
Fatigue Life Analysis
Rotating machinery — crankshafts, connecting rods, gear teeth, camshafts, turbine blades
Automotive components — suspension arms, wheel hubs, chassis members, fasteners
Aerospace structures — fuselage skin panels, wing spars, landing gear
Oil and gas — drill strings, riser pipes, subsea connectors, FPSO mooring chains
Civil infrastructure — railway bridges under repeated train loads, wind turbine foundations under cyclic wave and wind loading
Mining equipment — haul truck frames, shovel booms, crusher jaws that experience millions of load cycles
Medical devices — orthopaedic implants (hip stems, bone plates) subjected to millions of walking cycles
Earthquake engineering — time-history analysis using recorded ground acceleration data, non-linear seismic response
Impact and crash — vehicle crash safety (car-to-barrier, pedestrian impact), drop testing of packaged goods and electronics
Rotating machinery — start-up and shutdown transients in turbines, compressors, and pumps
Water hammer in pipelines — surge pressure from rapid valve closure or pump trip; critical for water supply systems and offshore pipelines
Nuclear engineering — thermal transients during reactor startup and shutdown, loss-of-coolant accidents
Manufacturing processes — quenching and heat treatment, welding residual stress development
Transient Analysis
FAQs
What services do you offer?
We provide detailed engineering simulations including structural and thermal analysis.
How accurate are your simulations?
Our simulations are precise, using advanced methods to ensure reliable results for your projects.
Can you handle complex dynamic analyses?
Yes, we specialize in dynamic, non-linear static, and explicit dynamics analyses tailored to your needs.
Do you offer design optimization?
Absolutely, we optimize materials and shapes to improve performance and durability.
What industries do you serve?
We work with various sectors needing structural and mechanical design solutions.
How do you ensure safety in your analyses?
We incorporate safety factors, fatigue, and failure analyses to predict and prevent potential issues.
DynSimulation helped us pinpoint structural weaknesses quickly, saving us weeks in our project timeline.
J. Lee
★★★★★
Contact
Reach out for precise engineering solutions.
Phone
+233533778692
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