Free 3D parametric models for download, files in 3ds, max, c4d, maya, blend, obj, fbx with low poly, animated, rigged, game, and VR options. Additionally, with parametric 3D modeling, the computer can be a true partner in managing a specific set of functional criteria within a building design. A designer using the system will not only oversee the computer's detailing, but must also be responsible for adapting the design to functions or requirements not embedded in the software. Parametric 3D models. 1,488 3D Parametric models available for download. 3D Parametric models are ready for animation, games and VR / AR projects. Use filters to find rigged, animated, low-poly or free 3D models. Available in any file format including FBX, OBJ, MAX, 3DS, C4D.Show more. Min price 2 10 20 50 100 200 300 450.
Parametrics - A method of linking dimensions and variables to geometry in such a way that when the values change, the geometric item changes accordingly.
Integrated Consultants, Inc. specializes in unique technical processes and forensic engineering services to Government and Industry. Our technical breadth is applied inthe illustration design and analysis of the 9/11 Case Study Flight 77 parametric model video. One of our staff design engineer animators prepared the illustration to highlightthe resolution of fact that can be brought to a forensic analysis within a SolidWORKS medium. Then utilizing multiple finite element analysis techniques apply NewtonianPhysics based forces to virtual solids and record the scientific results in a sequential video format.
Surveillance and or random candid photos of individual specific detail of a chain of events can fuel incorrect hypothesis of the entire incident, especially when counterintuitive evidence remains. Results are counterintuitive when controlling factors of large scale events are not considered.
The horrific images shown in virtual form is an unvarnished depiction of plausible fact applied to the forensic evidence of the terrorism brought upon the Pentagon on September 11, 2001.
View a presentation of our September, 11th Case Study: Flight 77.
(Click on the image to watch a video)
Photo courtesy of retired Navy Captain John D. Nell.
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Virtual Design Capability
Portable Information: Communication via universally readable formats, or platform specific file.
Compatibility is key when it comes to sharing ideas and information and Integrated Consultants, Inc. can meet those needs.
Download an actual model from the video. Choose from a few of our many formats:
eDrawings (can be viewed by anyone with a Windows PC)
Part (Requires SolidWorks 2006)
Design Gallery
Parts, Assemblies, Drawings: All the necessary data required from start to finish.
It all comes down to final deliverables. From detailed blueprints to assembly instructions to trainingvideos, Integrated Consultants, Inc. is there every step of the way with documents to fit every need.
A small showcase of recent projects:
Recent projects demonstrating Parametric 3d Modeling…
Integrated Consultants, Inc.
Press Release – Marshall Ave Facility
David Aberizk P.E., President of Integrated Consultants, Inc. (ICI) is pleased to announce preparation for a relocation of Laboratory offices to 1890 North Marshall Avenue, El Cajon, California. The Marshall Avenue facility will allow ICI to expand its State-of-the-Art hardware development capability to NAVY Weapons Groups NAVAIR, NAVSEA, and NAVWAR with advanced tactical electronic chassis that enhance situational awareness for warfighters in combat situations. Continue reading.
Integrated Consultants, Inc.
Data/Charge cables for tablet Charging
Integrated Consultants, Inc. has a cable solutions for inflight charging of Mil Tablets that are used with the entire family of MOB devices.
Naval Air Weapons Station China Lake
Naval Air Warfare Center Weapons Division
DMJU (V) 2 & DMJU V (3)
Integrated Consultants, Inc. has developed the mechanical chassis and electronic assembly hardware for the Expeditionary Development Laboratory (XDEV) low Volume production requirements of the Digital Mapping Junction Unit (DMJU) Version 2 and Version 3 for NAVAIR NAWCWD.
Cost effective MIL-STD Low Volume Production
Speed to Fleet
Speed to Fleet
NAVAIR
DMJU (V)2
Integrated Consultants, has developed and manufactured the version 2 of the DMJU for NAVAIR NAWCWD China Lake.
Northrop Grumman
Adapter and testing kits MQ-4C Triton Wiring and Cabling.
Integrated Consultants designed and manufactured adapter and testing kits for use with the MIL-STD-1553, Ethernet and Fiber Optic wiring in the MQ-4C Triton.
SPAWAR
Power Supply Form, Fit and Function.
Integrated Consultants has supplied Form, Fit and Function replacement Power Supplies for the MINI-DAMA Communications System .
Integrated Consultants, Inc.
Multiple patents awarded for Operator-Initiated-Slowing or Regen-On-Demand. Awarded Patent No.: US 8,587,424 B2 and US 9,013,292 B2.
David Aberizk, President of Integrated Consultants, a Design and Rapid Prototype firm in San Diego, California has been awarded Patents US 8,587,424 B2 and US 9,013,292 B2. Commonly known as Operator Initiated Slowing, or Regen on Demand.
View the summary of the patent here. View the full patents US 8,587,424 B2US 9,013,292 B2
The National Highway Traffic Safety Administration (NHTSA) has acknowledged our petition requesting the agency to develop standards for operator initiated slowing (OIS). View here.
Integrated Consultants, Inc.
Press Release – Patent of Microprocessor Pulse Shaving Aid Utilizes Pilomotor Effect, Advancing the Technology of Shaving.
David Aberizk, President of Integrated Consultants, a Design and Rapid Prototype firm in San Diego, California has been awarded Patent US 9,084,891 B2. Pilomoter Stimulating Device. A hand held, battery operated device produces an adjustable harmless electrical discharge to the skin surface that stimulates microscopic skin muscles attached to skin hair follicles which causes a desirable positioning of the hair for blade cutting…
View the rest of the Press Release here
View the rest of the Press Release here
View the full patent here or view the summary here
Integrated Consultants, Inc.
Press Release – Federal Standards Could Leverage Significant Increases In Vehicle Efficiency With Existing Technology.
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David Aberizk, President of Integrated Consultants, a Design and Rapid Prototype firm, in San Diego, California has submitted a Utility Patent. If adopted the patent’s approach will offer vehicle operators a new driving instrument. This new slowing feature directly engages drivers operational prospective to attain increased vehicle efficiency.
Empirical test data indicates that providing motivated drivers the option to initiate convenient-to-use energy recovery slowing options, independent of vehicle braking, will significantly increase motor or electric vehicle efficiency. A vehicle equipped with a driver anticipated slowing scheme better leverages a vehicle’s momentum to store electric energy. Passive regenerative systems do not take advantage of the driver’s anticipatory logic. Drivers that are empowered with the suggested instrumentation garner efficiency increases of a significant 3% to 6% for motor vehicles, and 6% to 9% for Electric Vehicles. Operator-Initiated-Slowing is being achieved with off-the-shelf technology regenerative hardware.…View the rest of the Press Release here
View the full patent here or view the summary here
Update:The National Highway Traffic Safety Administration (NHTSA) has Acknowledged our petition requesting the agency to develop standards for operator initiated slowing (OIS). View here
Integrated Consultants, Inc.
8(a) STARS II - GSA
ICI has won an 8(a) STARS II Contract. Visit our STARS II page for more information.
Lockheed Martin
HIM 1553 Avionics Bus Demo
Combining HIM (Hardware Interface Modules) by ICI with DDC’s 1553 MicroAce and the power of Distrix Software, this Demo unit for Lockheed shows the flexibility of the HIM to provide Ethernet / 1553 / RS-232 connectivity in an cost effective and easily software configurable system.
Integrated Consultants, Inc.
Solar Charging Station.
ICI is developing solar power equipment for use in the transportation sector. Our test system has successfully fed solar power sufficient for a couple miles of driving to our electric vehicle. Find out more by clicking here.
Integrated Consultants, Inc.
Hardware Interface Module (HIM) now available for purchase.
Integrated Consultants has a new product the Hardware Interface Module now for sale go to our products page for more information. HIM Product Page.
SPAWAR System Center Pacific
MEMS Accelerometer Control Board
SSC-Pacific’s MEMS accelerometer uses a novel electro-optical method of measuring acceleration, resulting in higher sensitivity and lower noise.
ICI developed an electronic control board to operate the accelerometer. The board first characterizes the unit, then, during operation, it runs the device and interprets the output. An on board FPGA allows dynamic configuration changes to the MEMS output interpretation. Custom mechanical mounting of the MEMS device assures signal integrity. A precision mounting plate assures rigidity and accurate axis references.
SPAWAR Systems Center Pacific
MEMS Test and Evaluation Products
Integrated Consultants, Inc. developed several tools for the evaluation of MEMS devices. A set of circuit boards and with specialty mechanical interfaces allows dependable communications with MEMS devices under test.
Other test devices include test fixtures for data gathering relating to MEMS navigational devices and a configurable circuit simulator for MEMS characterization.
SPAWAR Systems Center Pacific
Retrotraverse
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ICI Autonomous Interoperability demonstration with Distrix software
ICI and Spark Integration Technologies
We at ICI - Integrated Consultants, Inc. are pleased to release this interoperability demonstration video. Click on the image to the right to watch the video.
ICI developed the electronic hardware and test infrastructure. Interoperability is made possible using the Distrix software suite from Spark Integration Technologies to allow disparate robotic hardware devices, sensors and other components to communicate seamlessly.
The video displays the result of a collaboration of technical disciplines across the gambit of high technology and demonstrates true autonomous interoperability.
Northrop Grumman
Maintenance Portable Electronic Delivery Device (MPEDD)
Northrop Grumman's Firescout unmanned helicopter is programmed on the ground via a laptop computer.
ICI designed a chassis system to hold and protect the laptop while it is tethered to the UAV.
The cradle contains an electronics tray that processes the helicopter's signal before feeding it into the laptop.
Fleet Industrial Supply Center (FISC)
F-18 Bulkhead
Integrated Consultants, Inc. reverse engineered a damaged airplane bulkhead and delivered several replacement units.
ICI started with a damaged bulkhead and a number of conflicting and unorganized paper drawings. The bulkhead was reverse engineered into a 3D parametric model, and then this shape was compared to the supplied 2D prints. Inconsistencies were checked and resolved to create a final model of the desired part. This 3D file was used to create tool paths to run a CNC milling machine and produce the final parts.
Aereon Marine
M/Y REVERIE
The Reverie mega yacht, the 52nd largest private yacht in the world, underwent an extensive retrofit under Aereon Marine's care.
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ICI took care of many different tasks for the retrofit.
A new, improved communications mast was designed and built. Deck cranes were analyzed to determine their weight ratings.
A new bridge with updated navigation instruments was designed and built. The entire yacht was modeled in 3D to aid in future work.
Aereon Marine
M/Y REVERIE Hinge
Aereon Marine's hinge supports watertight doors on the mega yacht Reverie.
ICI was given a broken hinge that had not been up to the task and has made significant improvements to the design.
Material choice has been improved and the link design has been changed for increased weight bearing capacity and slower wear.
Pelatron, Inc.
Mobile Modular Command and Control (M2C2) Advanced Prototype
Pelatron's M2C2 Advanced Prototype is a military command center's worth of electronics and communications equipment shoehorned into a HMMWV.
ICI documented the desired system configuration and designed the electronics packaging components and interface panels.
Geodetics, Inc.
Epoch-by-Epoch Network-Centric Positioning Unit (ENPU)
Geodetics ENPU is a high precision GPS receiver.
ICI worked on both the electrical and mechanical designs in parallel in order to achieve the compact form factor.
A special heat sink was designed around the CPU to keep the unit operating in hot climates.
Cubic Applications Engineering
Gates Lock
Cubic's GATES lock is an electronically controlled padlock for intermodal shipping containers.
The armored case discourages brute force attacks.
Electronics monitor the lock's current state to detect and log physical attacks.
ICI's innovative hydraulic locking mechanism allows the lock to cinch up tight against the container bars and resist attempts to force the lock open yet uses little electrical power to operate and is cost effective to manufacture.
L3-Communication
Impulse Tube
L3's Impulse Tube is used for testing the effects of a pressure wave on sample materials.
It is used to research more effective armor to protect personnel against the effects of a bomb blast.
The pressure wave is created by first charging the breach end of the tube with high pressure gas. As more gas is added the pressure increases until a plastic diaphragm retaining the gas in the breach ruptures.
The pressure wave travels down the tube and impacts the test article placed at the far end.
Spark Integration
Create Demonstration Robot
ICI's Create Robot is a flexible demonstration vehicle designed to showcase Spark Integration's DIOS communications software.
The robot's strong central skeleton allows quick access to all components for fast setup and configuration.
The robot integrates many existing off the shelf components into one mobile platform.
Spark Integration
Hardware Interface Module (HIM) and Universal Connector Panel (UCP)
ICI's HIM and UCP connects any electronic device to the DIOS (Distributed Integration Operating Schema) network.
The DIOS network, developed by Spark Integration, is a small footprint, low overhead, distributed software platform for data communication.
Each HIM contains a configurable I/O board set to adapt to the communications needs of the specific electronics device to be put on the network.
SPAWAR Systems Center Pacific
VHF Portable Amplified Communications System (VPACS)
Integrated Consultants, Inc. supported SSC-Pacific advancing a prototype design requiring debug and fabrication detail. ICI developed the necessary drawings and schematics to produce a first article device, then produced 12 units on a quick turn basis.
U.S. ARMY
Portable Ballistic Protection
Integrated Consultants, Inc. developed a modular portable ballistic protection wall that can be safely moved and assembled in desert sand by two people with no material handling equipment. The identical building block sections require minimal tools or instruction to assemble.
Forensic Analysis
Food Distributor Facility Warehouse Freezer Failure
Integrated Consultants, Inc. analyzed a subfloor heating system repair that failed, and offered forensic data to substantiate a probable chain of events. A repair solution was offered and installed successfully.
ONR
Cryo Cooler
Integrated Consultants, Inc. developed a Cryopacking primer for desirable features from a 4.2 Kelvin superconducting circuit to 77 Kelvin. This connection scenario offers the ability to open superconducting circuit connection capability to multiple Cryocooler manufacturers and offers path to precertification superconducting circuit to 77 Kelvin environment.
Pelatron, Inc.
M2C2 Truck
Pelatron's M2C2 Advanced Prototype is a military command center's worth of electronics and communications equipment shoehorned into a HMMWV.
ICI tested and designed the case mounting hardware, operator stations and antenna mounts to meet customer requirements of quick assembly and good accessibility.
MKI Products
Under Dispenser Containment
Integrated Consultants, Inc. supports design review and wet stamping of engineered mechanisms as a Registered Professional Engineer in New York, and California.
Epsilon
Monitors
Integrated Consultants, Inc. supported Epsilon Systems Solution, Inc. in the evolution of a light weight rugged flat panel computer from their flat panel product line. Basic scalable building block components were developed.
Applied Research Associates, Inc.
Bunker Buster
Integrated Consultants, Inc. is partnered with expert penetrating ballistic contractor Applied Research Associates in a development effort to refine penetration parameters bunker buster munitions.
Inscope
Sub
Integrated Consultants, Inc. developed a concept low power consumption unmanned underwater vessel that can be parked for surveillance at varying depths. The submarine is sized for launch from a torpedo tube.
Parametric models have the ability to change their geometry when their dimension values are modified.Parametric 3D modeling is frequently used in the construction, real estate, and furniture production industries – primarily because of its ability to generate realistic models that can be showcased in multiple settings, environments, and landscapes. This helps buyers visualize the end product and make informed buying decisions.
Table of Contents:
What is parametric modeling?
Parametric modeling uses feature-based, solid, and surface modeling design tools for manipulating system attributes. The subsequent attributes that are automatically interlinked change their features – allowing designers to define entire classes of shapes, and not just specific instances.
3d Modeling Software For Free
Let’s understand this with an example. For modifying a 3D shape, a designer has to edit the length, breadth, and the height. But with parametric modeling, only one parameter needs to be altered, and the other two parameters get adjusted automatically.
The parametric modeling process
A set of mathematical equations are used for generating parametric models. The equations must have real project information for the parametric models to have any legitimacy. These equations are a series of pre-programmed algorithms known as “parameters”. The digital model is generated automatically by internal logic arguments instead of manual manipulation.
Parametric rules create relationships between the different design elements. Let’s suppose a rule is created for ensuring that the walls in a room must reach the ceiling underside, and start at the floor level. In this case, if the ceiling to floor height is changed, the walls will adjust on their own.
Parametric models can employ the same algorithm throughout, so that whenever a particular element is adjusted, the changes happen throughout the model.
There are two different parametric representational models – constructive solid geometry (CSG) and boundary representation (BR).
3d Modeling Wikipedia
Constructive solid geometry defines parametric models by combining basic (primitive) and generated solid shapes. Boolean operations are used for constructing a model, and CSG is a combination of 3D solid primitives that are manipulated through Boolean operations.
Boundary representation generates a solid model by defining surfaces that make up its spatial boundaries. An object is then created by connecting these spatial points.
Parametric 3D modeling offers several significant advantages over traditional 2D drawings:
- It has the capability to generate flexible designs.
- 3D models can be viewed from several different angles.
- Existing models can be reused to generate new designs.
- Delivery timelines are quicker, thereby increasing efficiency.
- The product visualization is much better – even the minutest details are visible.
- 3D models integrate better with downstream applications and bring down engineering cycle time.
Some of the leading industry software for parametric modeling are SolidWorks, CATIA, and PTC. Of all three, SolidWorks 3D modeling is extremely popular because it is built with relations and dimensions that generate easily editable sizes and shapes.
Cool. So, how does the furniture industry benefit from parametric modeling?
Creo Parametric 3d Modeling Software
Over the last decade, the furniture and millwork industry has been adopting the virtues of technology. Significant advancements have been ushered in by digitization, 3D modeling, and photorealistic 3D rendering. The ability of designers to create life-like prototypes that potential buyers can visualize inside their own houses has allowed them to attract more buyers and, investors, and to create a brand name for their company.
Let’s look at some benefits of using 3D parametric furniture modeling:
- Greater flexibility in designsParametric modeling creates flexible and dynamic renders that can adjust model parameters on a need-to-need basis, keeping the basic design consistent throughout the model. This is essential for furniture manufacturers since they need to replicate the same layout for different sizes or create variations for one product line.Say, you’re designing a bed with options in sizes queen, king, and single bed. The basic design that is the bed, will be constant and the sizes will change as per the requirement.
- Increased precision and vibrancy in designsParametric 3D modeling transforms the entire design by integrating design intent with the original idea. The final designs are vibrant, as the designer has more room to experiment and add bells and whistles to the model at no additional cost – and, if the customer doesn’t like the design, the parameters can always be changed to suit the buyer’s needs.So, if you’ve got a minimalistic house to furnish, you can create several different prototypes, taking into account the owner’s style and space constraints. The ones that get approved by the client can go for further processing, and the others can be readjusted to incorporate feedback. There will be no additional costs, no material wastage, and no time lag, since all changes would happen in real-time.
- Reduction in iterations – Boost in productivityMost models can be reused – the parameters can be altered without re-creating everything from scratch. This brings down the number of repetitions that’re required for finding the best fit with respect to size, aesthetics, and functionality. Plus, there is more room for experimentation and exploring other options before a product prototype is finalized.This also increases productivity, as you’re not required to produce separate models for variations in the same design.So, as you can see, using parametric modeling for designing furniture can help decorators, manufacturers, and clients to reduce project completion deadlines, cut down expenses, and increase overall productivity.
Limitations of parametric modeling
We know that the parametric approach adds constraints to elements, meaning they cannot be altered later in the design process. While this is an empowering feature, it can sometimes be restrictive as well.
A modification early on in the model can significantly transform the subsequent features associated with the element. Sometimes, the model can even fail due to these changes. In this case, the restrictions can slow down the designing process, and even force designers to recreate the model from scratch.
However, such limitations have been greatly reduced in recent years. Improvements in parametric modeling tools and parametric modeling software have offered more flexibility to designers. Of course, working with the right partner always reduces the risk of failure. With BluEntCAD’s parametric modeling process, you can get a complete range of design geometry with design intent. Let us know how we can help you today!
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