Structural Requirements Clause Samples
The Structural Requirements clause sets out the specific standards and criteria that a building or construction project must meet in terms of its physical structure. It typically details aspects such as materials to be used, load-bearing capacities, safety features, and compliance with relevant building codes or regulations. By clearly defining these requirements, the clause ensures that the finished structure is safe, durable, and fit for its intended purpose, thereby minimizing the risk of structural failures and legal disputes over construction quality.
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Structural Requirements. Show Management has the right to prohibit any exhibit or part of an exhibit which does not adhere to the following:
1. Must not exceed eight feet (8’) in height anywhere within five feet (5’) from the back and must have a professionally finished appearance.
2. Must not exceed four feet (4’) in height anywhere within five feet (5’) from the aisle so as to preserve the line of sight to adjacent exhibits..
3. End-Cap booths with a backwall display must allow a minimum 3 feet (3’) open margins from aisles on each side to preserve the line of sight to exhibits located behind the backwall.
Structural Requirements. The Purchaser is responsible for coordinating with their local building code enforcement agencies to determine the building code requirements for their building site in regard to live load, snow load, wind exposure and rating, and any other code requirements in force at the time of sale. CODE and NON-CODE STRUCTURES: ATI’S CODE STRUCTURES are designed to meet the minimum International Building Code (IBC) requirements. ATI code structures will NOT meet load requirements for all building sites. ATI’S NON-CODE STRUCTURES are NOT designed to meet any IBC requirements. Professional Engineering services at additional cost are required if an ATI code structure is to meet specific load requirements. The Purchaser shall pay ATI for engineering services at a mutually agreed rate. If Purchaser elects to decline engineering services, purchaser acknowledges that the structure may not meet load requirements for the intended build site and as a result they risk not obtaining proper governmental permitting and risk failure of the structure. By purchasing an ATI non-code structure or an ATI code structure WITHOUT ENGINEERING SERVICES, Purchaser does so at their own risk and PURCHASER ACCEPTS FULL LIABILITY FOR ALL DAMAGES AND CONSEQUESTIAL ATI’s engineering services do not guarantee the approval of governmental permitting; any changes required by governing bodies for an ATI structure to meet permit requirements will be at the Purchaser’s expense. Requests for engineering services not included in ATI’s standard engineering package will be at an additional cost to the Purchaser. These include, but are not limited to, plan checks, Load Requirement changes, slab design, and/or additional drawings.
Structural Requirements a. Determine Structural system;
b. Establish major grid lines, columns, shearwalls and other vertical elements. Determine dimensional requirements and size structural components;
c. Address Major slab openings on typical floor(s), size major beams and spandrel beams;
d. Address unique foundation conditions;
e. Prepare Slab loading diagrams;
f. Provide general descriptive information sufficient for Schematic pricing such as estimates of pounds of rebar per square foot, etc.;
g. Review pertinent portions of the Outline Specifications.
Structural Requirements. Patterns impose structural requirements on participating objects. These include the roles that may participate in a pattern instance, the signa- tures that must be provided by objects playing these roles, and the inheritance and association relations among them. The classes that play the roles required by a given pattern will of course vary from one application to another, as will the method signatures they provide to satisfy their role re- sponsibilities. The Leaf role, for instance, will be played by different classes in different applications of the pattern, and the signature of operation() will be implemented in an application-specific manner. Further, each class may provide multiple methods intended to play the part of operation(). Or more generally, multiple class methods may correspond to a single role method. State Requirements. Patterns impose abstract state requirements on participating objects. Objects playing the Composite role, for example, must maintain a set of compo- nent objects (as children). It is understood, however, that this set may be implemented using any suitable realization. Behavioral Requirements – State. Patterns impose behavioral requirements, expressed in terms of standard state- based pre-conditions and post-conditions. The addChild(c) method of Composite, for instance, requires that the com- ponent passed as argument not be a member of the com- posite’s child set and ensures that it is added to this set upon termination. As is standard, these requirements can be satisfied in any manner the designer chooses.
Structural Requirements. LICENSEE’s installation and alteration work shall be performed in accordance with applicable building codes and shall not adversely affect the structural integrity or maintenance of PPR’s property or improvements. Any structural work or reinforcement on an improvement shall be approved by a licensed structural engineer at LICENSEE’s sole cost and expense and receive advanced written approval by PPR’s Manager, SFBD as provided for in Section 7 hereof.
Structural Requirements. Seller’s installation, maintenance and alteration work shall be performed in accordance with applicable building codes and shall not adversely affect or damage the structural integrity or maintenance of Buyer’s property or improvements. If any such work by Seller adversely affects or damages Buyer’s property or improvements, Seller shall reimburse Buyer for the costs to repair such damage. All costs and expenses associated with any structural work or reinforcement to an improvement that is required to accommodate Seller’s facilities or use shall be the sole responsibility of the Seller. Seller shall obtain the approval of a licensed structural engineer for all structural work it performs. Buyer will be provided with a copy of the structural engineer’s findings prior to the commencement of construction activities at the Premises.
Structural Requirements. Structures and structural components must be designed: (i) in accordance with all applicable requirements; and (ii) with a minimum useful life of twenty‐five (25)