OUR SERVICES

ENGINEERING & SIMULATION

With more than a decade of hands-on FEA and CFD experience, DESCONEX virtually replicates operating conditions to reveal structural behaviour, thermal performance and fluid flow across the product development cycle.

From concept evaluation and design optimization to product validation, simulation turns complex engineering questions into data-driven decisions before physical prototypes are built.


Earlier insight • Lower development risk • Fewer prototypes • Higher product confidence

FINITE ELEMENT ANALYSIS

FEA reveals how products deform, resonate and endure.

Evaluate structural integrity, thermal response, fatigue life, vibration and durability under realistic loading.

01

Static Structural

Linear & nonlinear • Thermal stress

Structural response under static loading conditions is evaluated by predicting deformations, stresses, and strains, enabling accurate assessment of design functionality and strength.

02

Linear Dynamics

Modal • Harmonic • Random Vibration

Dynamic response of structures subjected to time- and frequency-dependent loading is assessed by predicting natural frequencies, mode shapes, and vibration response.

03

Non Linear Dynamics

Explicit • Drop • Crash • Metal Forming

Structural response under highly transient events involving large deformations, complex contact interactions, and high strain-rate loading is analysed.

04

Thermal & Heat Transfer

Steady State & Transient

Temperature distribution and heat transfer through conduction, convection, and radiation are evaluated under steady-state and transient operating conditions.

05

FATIGUE & DURABILITY

High Cycle & Low Cycle • Strain-Life ε-N • Weld Fatigue

Component and structural durability under repeated loading is assessed by estimating fatigue life throughout cyclic operating conditions.

ENGINEERING ANALYSIS ALIGNED WITH RECOGNIZED STANDARDS

Simulation and design verification are performed in accordance with established engineering standards and guidelines.

ASME SECTION VIII, DIVISION 2

Pressure vessel design and verification through design-by-analysis.

DVS 1608 & DVS 1612

Static and fatigue assessment of welded aluminium and steel railway structures.

FKM GUIDELINE

Static strength and fatigue evaluation of mechanical components.

AD 2000

Design and structural verification of pressure equipment.

EUROCODE 3

Design verification of steel structures, welds, and connections.

VDI 2230

Analysis and design verification of bolted joints.

COMPUTATIONAL FLUID DYNAMICS (CFD)

Understand Flow. Optimize Performance

Computational Fluid Dynamics (CFD) provides a detailed understanding of fluid flow, heat transfer, and related physical phenomena that influence product performance and system efficiency.

01

FLUID FLOW ANALYSIS

Steady-State & Transient • Laminar & Turbulent Flow

Fluid flow characteristics are evaluated to predict pressure distribution, velocity fields, recirculation zones, and flow-induced losses. These analyses enable reliable assessment of hydraulic and aerodynamic performance.

02

MULTIPHASE FLOW

Gas-Liquid • Liquid-Solid • Free Surface Flow

CFD capabilities extend to the interaction of multiple fluid and particulate phases to predict mixing, phase distribution, and interface behaviour under operating conditions.

03

COMBUSTION ANALYSIS

Premixed & Non-Premixed • Reacting Flows

Reacting flow behaviour is evaluated to predict flame stability, temperature fields, heat transfer, and combustion product formation.

04

COUPLED PHYSICS

Fluid-Structure Interaction • Structural-Thermal

Interactions between multiple physical phenomena are evaluated within a unified simulation environment.

We combine engineering expertise, digital technology and practical innovation to help businesses design, build and grow a smarter tomorrow.


Design • Engineering • Software • Consulting • Experience



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